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Noreside Engineering & FlexLink

Noreside Engineering & FlexLink 

Noreside Engineering and Flexlink Noreside Engineering is proud to announce its official partnership with FlexLink as the authorised distributor of FlexLink’s full product range across Ireland.

With more than 40 years of experience delivering solutions for increased production efficiency and sustainable manufacturing Flexlink. FlexLink is one of the world’s most respected names in automated conveyor and material handling technology. Noreside Engineering, based in Kilkenny, has over 30 years of experience designing and delivering conveyor systems and automation solutions to clients. This partnership brings together two organisations with deep shared values around precision engineering, reliability, and compliance.

A Complete Product Range — Now Available in Ireland

Through this partnership, Irish manufacturers can now access FlexLink’s entire portfolio, locally supported by Noreside’s engineering expertise:

Plastic Chain Conveyor Systems (X-Series) The X-Series spans from the compact and robust X45 for small, light products through to the X65, X85, X180, and X300, offering horizontal and vertical transport for a wide variety of load sizes and production environments. Flexlink Designed for low friction, low power consumption, and long service life, these systems can reduce energy consumption by up to 44% depending on application, and achieve speeds suitable for the most demanding production lines.

Stainless Steel Conveyors Hygienic and corrosion-resistant stainless steel conveyors are available in a variety of sizes and configurations Flex-Line Automation, making them ideal for food-grade and pharmaceutical environments where washdown and regulatory compliance are non-negotiable.

Wide Belt Conveyors (WLX) Designed for gentle, stable transport of larger or irregularly shaped products, FlexLink’s wide belt conveyor range complements the plastic chain systems across a broad range of production scenarios.

 

Pallet & Puck Handling Systems Pallet conveyor systems utilise assembly pallets on flexible plastic chain conveyors to maximise product flow PMMI ProSource, while puck handling solutions cater for small, fragile, or sensitive items requiring individual carrier support.

Robotic Palletising — RC12 & RI20 FlexLink offers two palletising solutions for fast-moving consumer goods: the RC12 collaborative robot palletiser, designed for safe operation alongside people, and the RI20 industrial palletiser, built for high-volume, continuous end-of-line operations. PMMI ProSource

GENIUS PCB Handling System A modular system for the safe and efficient handling of printed circuit boards, the GENIUS line supports electronics manufacturing with high precision and reliability.

BRIXX Modular Automation Platform BRIXX is FlexLink’s innovative modular automation platform, enabling rapid reconfiguration of production flows and layouts to support flexible manufacturing and quick adaptation to changing production needs. Food Tech

Why This Partnership Matters for Irish Manufacturers

Flexlink logo

Noreside’s automation solutions tie conveyors, control systems, safety interlocks, and production data tracking into one engineered package Noreside Engineering. FlexLink’s modular, scalable product range is the ideal complement to that integrated approach. Whether you’re operating in pharma, food and beverage, electronics, or general manufacturing, this partnership gives you access to world-class technology. It is backed by Noreside’s application expertise, project management, and ongoing maintenance support.

To find out which FlexLink solution is right for your facility, contact the Noreside Engineering team today.

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Pallet Conveyor Systems – Palletising

Conveyors

Automation & Robotics

Spotlight

Cheese Accumulation Conveyor System with 90° & 180° Bends

Designing a Compact, High-Performance Cheese Conveyor System

In cheese production, space and reliability are critical. At Noreside Engineering, we recently delivered a bespoke conveyor system designed specifically to maximise throughput while minimising footprint — without compromising on performance.

Maximising Space with Intelligent Conveyor Design

One of the key challenges on this project was to accumulate cheese on big conveyor with a small footprint to allow down stream equipment to experience short stoppages. To overcome this, the conveyor system was designed with multiple 90-degree and 180-degree bends, allowing a significant length of conveyor to be installed within a compact area.

This approach delivered two key advantages:

  • Allows downstream equipment to experience short stoppages
  • Increased production capacity
  • Improved product flow through a controlled, continuous movement

By carefully engineering the layout, we ensured smooth product handling while maintaining consistent speeds and minimising transfer points.

Built for Reliability and Reduced Maintenance

The materials and components used in this system were selected with durability and longevity in mind. The result is a conveyor that requires less maintenance and spends more time in operation.

This includes:

  • Corrosion-resistant materials suitable for dairy environments
  • High-quality components designed for continuous use
  • Motors that keep rolling
  • Reduced wear points across bends and transitions

By minimising maintenance requirements, the system helps avoid unplanned downtime — one of the biggest hidden costs in food production.

Total Cost of Ownership in Focus

While initial system cost is always a consideration, this project was driven by a Total Cost of Ownership (TCO) approach.

Rather than focusing solely on upfront investment, the design prioritised:

  • Reduced cleaning time
  • Lower maintenance requirements
  • Increased uptime
  • Extended equipment lifespan

This ensures the conveyor delivers value long after installation, supporting consistent production and lowering operational costs over time.

A cheese accumulation conveyor is a buffer system installed between upstream cheese processing equipment and downstream packaging or processing lines. It temporarily holds product when the downstream line pauses, allowing critical upstream equipment to keep running without interruption.

Without accumulation, a short stoppage anywhere downstream forces upstream equipment to halt too. These stoppages are costly — every minute of unplanned downtime impacts output, throughput, and profitability. The accumulation conveyor acts as a buffer, absorbing those brief pauses so the rest of the line keeps moving.

By decoupling upstream and downstream equipment, the conveyor increases the Overall Equipment Effectiveness (OEE) of the entire line. OEE is a measure of how productively a manufacturing process runs relative to its full potential. Fewer stoppages means higher availability, better throughput, and greater output — all of which directly improve your OEE score.

Upstream cheese processing equipment — such as moulding, pressing, or cutting machines — is often the most capital-intensive and time-sensitive part of the line. Stopping this equipment, even briefly, can disrupt the entire production schedule, affect product consistency, and waste valuable processing time. Keeping it running continuously is essential to maximising output.

The conveyor is designed to handle short, routine stoppages — such as packaging changeovers, minor jams, brief maintenance interventions, or operator actions downstream. It provides a controlled accumulation window that bridges these gaps without halting the upstream process.

Downtime is costly. Even small reductions in machine stoppages translate directly into increased output and revenue. When upstream equipment runs continuously rather than stopping and starting, you gain more usable production time from the same assets — improving cost-per-unit and overall plant performance.

No — this is not a hygienic or wash-down conveyor. It is an accumulation conveyor focused on maximising production uptime. If you have specific hygiene or wash-down requirements, please speak with the Noreside team to discuss the right solution for your application.

Any cheese producer running a continuous upstream process that feeds into downstream equipment subject to short stoppages. If unplanned halts to your critical processing equipment are impacting your output or OEE, a cheese accumulation conveyor is worth evaluating.

A Smarter Approach to Cheese Handling

This project highlights how thoughtful engineering can transform a constrained production environment into a high-performing, efficient operation.

At Noreside Engineering, we design systems that go beyond functionality — delivering long-term reliability, hygiene, and performance where it matters most.

If you are planning a new cheese production line or looking to optimise your existing setup, our team can help design a solution tailored to your process.

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The Future of Precision Engineering at Noreside Engineering

Stainless Steel Conveyor Design and Fabrication

 

Spotlight

Food & beverage automation — conveyors, skids and robotics for modern production lines

Food & beverage automation — conveyors, skids and roboticsv

Modular Process SkidModern food, beverage and pharmaceutical facilities face pressure to produce more, waste less, and meet increasingly strict hygiene standards — all at the same time. Noreside Engineering helps manufacturers meet those demands through integrated automation: combining hygienic conveyor systems, process skids, and industrial robotics into production lines that are reliable, cleanable, and built to last.

What food & beverage automation actually involves

Automation in food and pharmaceutical manufacturing isn’t a single product — it’s a combination of engineered systems working together. At Noreside, we design and build three core elements that form the backbone of most modern F&B and nutraceutical production lines.

Hygienic conveyor systems Conveyors in food and pharmaceutical environments need to do more than move product. They need to be fully washdown-rated, free-draining, and designed so that no area traps contamination. We build stainless steel conveyor systems — including 90-degree transfer conveyors, side transfer units, and modular plastic belt conveyors — configured to the specific hygiene requirements of your facility.

Process skids A process skid is a pre-assembled, pre-tested unit that houses the pipework, pumps, instrumentation, and controls needed for a specific process step — CIP cleaning, mixing, dosing, or temperature control, for example. Building this equipment off-site as a skid reduces installation time, simplifies validation, and makes future maintenance far more straightforward. We fabricate process skids in 304 and 316 stainless steel to hygienic and pharmaceutical standards.

Robotic integration Robotics handle the tasks that are repetitive, physically demanding, or require a level of precision and speed that manual labour can’t sustain. We integrate FANUC industrial robots for pick-and-place, palletising, packaging, and product handling within food and pharma lines — including in washdown and cleanroom environments.

How these systems work together

The real value comes from integration. A production line where conveyors, skids, and robots are engineered as a single system — with shared controls, matched throughput rates, and a consistent hygiene philosophy — outperforms one where each element has been sourced and installed separately.

Noreside takes single-contractor responsibility for the full scope. That means one point of contact for design, fabrication, installation, commissioning, and support. No finger-pointing between suppliers when something needs adjusting.

Industries we serve

We work across food processing, beverage production, dairy, and pharmaceutical manufacturing — any environment where hygiene, traceability, and uptime are non-negotiable.

FANUC Palletising RobotsWhy automation makes sense now

  • Hygiene regulations in food and pharma continue to tighten — automated, fully washdown-rated systems are increasingly the standard, not the exception
  • Labour costs and availability are pushing manufacturers toward robotic handling for repetitive and heavy tasks
  • Integrated automation improves batch consistency and reduces product loss
  • Pre-validated process skids shorten the time from installation to production
  • Modern FANUC systems are reprogrammable
  • A robot deployed for palletising today can be redeployed for a different task as your line evolves

Talk to us about your production line

Whether you’re planning a new facility, upgrading an existing line, or need a single engineered element — conveyor, skid, or robot cell — our team is happy to discuss what’s possible.

Based in Kilkenny, we work with food, beverage and pharmaceutical manufacturers across Ireland and internationally.

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FANUC robotics in Ireland — integration, programming & support

Designing a Process Skid: From Concept to Installation

What Are Process Skids? A Guide for Food, Pharma & Beverage Manufacturers

Spotlight

FANUC robotics in Ireland — integration, programming & support

FANUC robotics in Ireland — integration, programming & support

FANUC SCARA seriesNoreside Engineering works with FANUC robotic systems across manufacturing, food and beverage, and pharmaceutical industries in Ireland. From initial system design through to on-site commissioning and operator training, our engineering team delivers fully integrated automation solutions built around your production requirements.

Our FANUC capabilities

We design, build, and commission automation systems using FANUC robots across a range of applications. Our engineers are experienced with FANUC’s industrial robot range and integrate them into complete production line solutions.

System integration

End-to-end integration of FANUC robots into new or existing production lines, including tooling, conveyors, and vision systems.

Robot programming

On-site and remote programming of FANUC controllers for pick-and-place, palletising, welding, and material handling tasks.

Commissioning & support

Full commissioning, acceptance testing, and ongoing maintenance support to keep your robotic systems running at peak efficiency.

Operator training

Hands-on training programmes for your production team covering safe operation, basic programming, and routine maintenance.

Industries we serve

We apply FANUC automation across several sectors, with particular depth in food processing, pharmaceutical, and industrial manufacturing environments.

  • Food & beverage
  • Pharmaceutical / Industrial manufacturing
  • Packaging & palletising
  • Dairy processing
  • Chemical processing

 

Why choose Noreside Engineering for FANUC projects in Ireland?

  • Irish-based engineering team — on-site response across Ireland without international lead times
  • In-house fabrication, pipework, and electrical capability alongside robot integration
  • Experience integrating FANUC systems with conveyors, skids, and full production lines
  • Track record across hygienic and ATEX-rated environments
  • Single-contractor accountability from design through to commissioning

  • Inside a Precision Robotic Automation Cell at Noreside Engineering

FANUC robot programming — what we can do

Programming is often the bottleneck on automation projects. Our engineers work directly with FANUC’s TP and KAREL programming environments to deliver reliable, maintainable code. We handle path planning, I/O configuration, HMI integration, and safety interlock programming as part of every project.

We also offer standalone programming support for facilities that have existing FANUC hardware and need updates, redeployment of robots to new tasks, or cycle time improvements.

Whether you’re planning a new automated line, redeploying existing FANUC hardware, or need support on a running system, our team is available to discuss your requirements. Based in Kilkenny, we work with clients across Ireland and internationally.

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Food & beverage automation — conveyors, skids and robotics for modern production lines

Who Installs FANUC Robots for Food Processing in Ireland?

Streamlined Palletising for Beverage Manufacturing in Ireland

Spotlight

Understanding Total Cost of Ownership in Food & Pharma Automation

 

Why Total Cost of Ownership Matters in Modern Manufacturing

At a recent technical session with Intralox in Birmingham, members of the Noreside Engineering team explored a topic that continues to reshape capital investment decisions across the food and pharmaceutical sectors: Total Cost of Ownership (TCO).

In highly regulated environments, where uptime, hygiene, and efficiency directly impact profitability, the true cost of a system goes far beyond its initial purchase price.

Moving Beyond the Purchase Price

One of the key takeaways from the session is simple but often overlooked: the cheapest system upfront is rarely the most cost-effective over time.

TCO is typically defined as the full lifecycle cost of an asset — from acquisition and installation through to operation, maintenance, and eventual replacement.

As highlighted by Intralox, decision-makers must look beyond the “price tag” and consider the complete financial impact of equipment across its lifespan. (intralox.com)

Breaking Down the Real Cost Drivers

1. Installation & Downtime Costs

Initial investment includes more than equipment. Labour for installation, system integration, and production downtime all contribute significantly to upfront cost.

Even short delays in commissioning can have a measurable impact on output and revenue.

2. Operational Efficiency

Energy usage, throughput, and system design all influence long-term operating costs.

Well-designed automation systems reduce waste, improve flow, and increase consistency — delivering measurable gains in output over time.

3. Labour & Training

Labour remains one of the largest and most volatile cost factors in manufacturing.

According to insights shared by Intralox, equipment that is complex to operate or clean increases both training requirements and ongoing labour costs. (intralox.com)

In contrast, intuitive, hygienically designed systems reduce dependency on specialised skills and minimise operational risk.

4. Maintenance & Reliability

Maintenance is often one of the most underestimated contributors to TCO.

Poorly specified systems can lead to:

• Frequent breakdowns
• Increased spare parts usage
• High maintenance labour costs
• Unplanned downtime

In some cases, companies normalise these inefficiencies — accepting them as part of operations rather than addressing root causes.

5. Hygiene & Cleanability

In food and pharmaceutical environments, hygiene is directly linked to cost.

Systems that require long cleaning cycles reduce production uptime. As highlighted in Intralox insights, every minute spent cleaning is a minute not producing. (intralox.com)

Hygienic design can significantly reduce sanitation time, improve compliance, and increase available production hours.

6. Flexibility & Future-Proofing

Modern manufacturing demands adaptability.

Equipment that can handle multiple product formats or respond to changing market demands reduces the need for future capital investment.

Flexible systems not only improve resilience but also increase long-term ROI by extending asset usability.

The Hidden Cost of “Cheap” Equipment

A key theme from the Birmingham session was the “iceberg effect” — where the visible cost (purchase price) represents only a fraction of the total expense.

Hidden costs often include:

• Downtime and lost production
• Excessive maintenance
• Labour inefficiencies
• Cleaning and sanitation time
• Energy consumption

Over time, these can outweigh any upfront savings many times over.

As industry guidance highlights, correctly specified systems can significantly reduce operational and maintenance costs across the equipment lifecycle. (Conveyormag)

What This Means for Automation Projects

For engineering teams and plant managers, the implication is clear:

Investment decisions should be based on performance over time — not just initial cost.

At Noreside Engineering, this approach is central to how systems are designed and delivered:

• Hygienic, compliance-led design (GMP, EHEDG)
• Automation systems built for uptime and maintainability
• Integration that reduces complexity and labour dependency
• Solutions engineered for long-term efficiency

A Smarter Approach to Capital Investment

Total Cost of Ownership is not just a financial metric — it’s a strategic tool.

By evaluating systems through a TCO lens, manufacturers can:

• Improve ROI on capital expenditure
• Reduce operational risk
• Increase production uptime
• Deliver long-term cost savings

As demonstrated through insights from Intralox, the most successful projects are those that consider the full lifecycle from day one — not just the initial investment.

Total Cost of Ownership becomes particularly important when evaluating equipment such as process skids, conveyor systems, and IBC cleaning solutions. While these systems may appear comparable at the point of purchase, differences in hygienic design, energy efficiency, and maintenance requirements can significantly impact long-term operational cost. For manufacturers operating in food and pharmaceutical environments, these hidden costs often determine the true return on investment.

Final Thoughts

In today’s manufacturing environment, where margins are tight and performance expectations are high, understanding TCO is no longer optional.

It is essential.

The real question is no longer:
“What does this system cost today?”

But rather:
“What will it cost us over the next 5–10 years?”

Turnkey Conveyors for Food Production in Ireland

IBC Washing Systems in Ireland

Spotlight

Custom Screw Hopper & Z-Conveyor Systems | France Export Project

Custom Conveying & Batching Systems — Export Project, France

We’re delighted to share that a bespoke conveying and material handling solution has just left our facility, bound for a prestigious low-carbon cement research and innovation centre in France.

This export project comprises a suite of seven precision-engineered units, purpose-built to handle the accurate dosing and transfer of cementitious and supplementary materials in a demanding R&D environment.

Hopper Units

Loss-in-Weight Screw Hopper

A high-accuracy gravimetric dosing unit designed to deliver consistent, repeatable material flow — critical to research-grade batching applications where precision is non-negotiable.

Belt Hopper

A robust volumetric feed hopper providing reliable, continuous material delivery to downstream process equipment.

Z-Conveyors

Five Swan-Necked, Flighted Z-Conveyors

Each unit is purpose-designed to elevate and transfer dry bulk materials with minimal degradation. The flighted flights ensure positive material control on the incline, while the characteristic swan-neck profile allows for seamless integration into tight process layouts.

Finish & Livery

All seven units leave our factory finished in a bold cobalt blue with striking yellow detailing — a distinctive livery that’s as functional as it is eye-catching, ensuring clear visibility and a professional aesthetic on the plant floor.

Delivering for the Future

This project is a strong example of our capability to deliver complete, coordinated conveying solutions for technically demanding, internationally recognised facilities. We wish the system many years of productive service in support of a greener future for the cement industry.

Turnkey Conveyors for Food Production in Ireland

Boosted Efficiency: Noreside Engineering & Quimarox Optimise Production in Ireland

Spotlight

3d-concept-walkthrough

3D Concept Design: Turning Engineering Ideas into Reality

At Noreside Engineering, we recognise that full project requirements are often not defined at the outset. To support early understanding and informed decision-making, we provide a dedicated Concept Design stage as part of our service offering.

During this stage, we work closely with the customer to develop conceptual ideas, to help to visualise what the solution will be.

 These advanced graphics allow your team to explore the suitability of a project before it’s built – helping you confirm requirements, validate and present options internally to ensure everyone is onboard.

Why 3D Concept Design Matters

Large-scale automation, conveyor, and stainless steel platform projects are complex by nature. Multiple teams are involved — from production and engineering to health & safety and compliance. A 2D drawing can only go so far in communicating how equipment will integrate into a live environment.

A 3D concept walkthrough solves this by offering:

  • Clarity – Every stakeholder can see exactly how the system will look and operate.

  • Accuracy – Dimensions, layouts, and spatial awareness are represented at scale.

  • Risk reduction – Potential clashes or inefficiencies are spotted before build.

  • Collaboration – Ensures production, maintenance, and compliance teams are aligned.

  • Faster approvals – Management can sign off with confidence when they’ve seen the system in action

How Noreside Uses 3D Concept Design Walkthroughs

When we begin a project, our design engineers create an initial 3D concept model tailored to the client’s requirements. This model allows:

  • Walkthrough simulations of entire production lines.

  • Visualisation of stainless steel platforms, conveyors, and automation systems in situ.

  • Integration checks against existing equipment and building constraints.

  • Early validation of CE marking, ISO 9001 quality standards, and EHEDG hygienic design requirements.

The end result is a clear, shared vision that eliminates guesswork and sets your project on the right track from the very beginning.

Frequently Asked Questions

It’s a digital 3D model of your proposed system that can be viewed as a video walkthrough or interactive drawing. It provides a real-world perspective of your project before fabrication begins.

It reduces project risk, improves inter-departmental communication, and ensures your investment delivers exactly what’s required — with fewer changes during installation.

No. While particularly useful for large-scale installations, 3D concepts can also be applied to smaller upgrades where space and integration are critical.

Simply contact our engineering team below. We’ll review your project requirements and prepare an initial concept to help you visualise your solution.

Ready to See Your Project in 3D?

At Noreside Engineering, we believe the best way to confirm requirements and identify the right solution is to see it first. Our 3D concept walkthroughs take the uncertainty out of project planning and give you confidence from day one.

📞 Call our team today on (056) 776 3966
📩 Or email us at info@noresideengineering.com
👉 Learn more on our website: www.noresideengineering.com/contact-us

Let’s bring your next project to life — with precision, compliance, and confidence.

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3D Scanning in Manufacturing: A Game-Changer for Pharma and Food Beverage Industries

Spotlight

Integrating MES Systems with Conveyor Automation in Pharmaceutical Production

Integrating MES Systems with Conveyor Automation in Pharmaceutical Production

CIP enabled Cheese conveyorIn pharmaceutical manufacturing, data is just as important as physical product movement. Integrating MES systems with conveyor automation enables real-time tracking, improved traceability, and smarter production decisions.

What is an MES

An MES (manufacturing execution system) is a digital software that controls, and optimises a production process from raw materials to finished goods in real time.

The Growing Importance of MES Integration

Manufacturers are under increasing pressure to:

  • Track products at every stage
  • Maintain accurate batch records
  • Respond quickly to production issues

MES systems play a key role in this, but only when fully integrated with shop floor equipment.

Connecting the Physical and Digital Layers

Integration between MES and conveyor systems allows:

  • Real-time product tracking and traceability
  • Automated decision-making on the production line
  • Reduced manual data entry
  • Improved reporting and compliance

This creates a seamless flow of both product and information.

Practical Applications in Pharmaceutical Environments

Examples of MES and conveyor integration include:

  • Track and trace systems across packaging lines
  • Automated rejection and quality control processes
  • Batch tracking linked to production data
  • Line performance monitoring

Reliable Integration Built on Strong Foundations

Noreside Engineering delivers:

  • Integration with existing MES platforms
  • PLC-controlled conveyor automation
  • Remote and on-site support
  • Lifecycle and upgrade recommendations

Driving Smarter Manufacturing

By integrating MES with automation systems, pharmaceutical manufacturers gain greater control, visibility, and efficiency.

Looking to improve traceability or integrate your systems?
Talk to our team: https://www.noresideengineering.com/contact-us/

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Spotlight

Systems Integration in Pharmaceutical Manufacturing

Systems Integration in Pharmaceutical Manufacturing

Pharmaceutical manufacturing relies on more than individual machines performing well. True efficiency comes from how those systems communicate, share data, and operate as one cohesive unit.

This is where systems integration becomes critical. By connecting equipment, PLCs, and MES platforms, manufacturers gain full visibility and control across their operations.

Why Disconnected Systems Create Risk

Many facilities operate with a mix of legacy and new equipment, often supplied by different vendors. Without proper integration, this leads to:

  • Data silos across production systems
  • Manual interventions increasing risk of error
  • Limited traceability for compliance audits
  • Slower response times to faults

In regulated environments, these gaps can quickly become compliance issues.

What Effective Systems Integration Delivers

A well-integrated system ensures that all components of a production line work together seamlessly.

This includes:

  • PLC integration across all major platforms
  • Communication between conveyors, robotics, and processing equipment
  • Integration with MES and shop floor systems
  • Centralised data collection and reporting

The result is a connected production environment with improved efficiency and control.

Supporting Integration Across the Full Lifecycle

Systems integration doesn’t stop at installation. Maintaining performance requires ongoing expertise.

Noreside Engineering supports:

  • All major PLC platforms including Siemens, Allen-Bradley, Mitsubishi, and Omron
  • Scheduled maintenance and system health checks
  • Remote diagnostics for rapid issue resolution
  • On-site support for critical issue

The Value of a Single Integration Partner

Working with one integration partner reduces complexity and ensures accountability across the entire system.

At Noreside Engineering, we deliver fully integrated solutions tailored to pharmaceutical environments, with a focus on compliance, performance, and long-term reliability.

Planning to connect or upgrade your systems?
Contact us:

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Automation & Robotics

Noreside Engineering: Trusted Solutions for Ireland’s Leading Pharma, Food & Cleanroom Companies

Pharmaceutical & Life Sciences

Spotlight

Turnkey Automation Solutions for Pharmaceutical Manufacturing | Noreside Engineering

Turnkey Automation Solutions for Pharmaceutical Manufacturing

FANUC SCARA seriesPharmaceutical manufacturing demands precision, traceability, and strict compliance at every stage of production. For many facilities, managing multiple vendors across automation, conveyors, controls, and software can introduce risk, delays, and inefficiencies.

This is where turnkey automation solutions provide a clear advantage. By delivering fully integrated systems from design through to commissioning and ongoing support, manufacturers can reduce complexity and ensure consistent, compliant performance.

The Challenge of Fragmented Automation Systems

In many pharmaceutical environments, automation systems evolve over time. New equipment is added, legacy systems remain in place, and integration between platforms becomes increasingly complex.

This often leads to:

  • Communication gaps between machines and control systems
  • Increased downtime due to troubleshooting across multiple vendors
  • Difficulty maintaining compliance with GMP requirements
  • Limited visibility across production lines

Without a cohesive systems integration strategy, these challenges can impact both productivity and product quality.

What a True Turnkey Automation Solution Looks Like

A turnkey approach brings all elements of automation together under one expert partner. At Noreside Engineering, this means delivering a complete system that is designed, built, integrated, and supported as one.

A typical turnkey automation solution includes:

  • Conveyor systems designed for hygienic, regulated environments
  • Full systems integration across mechanical, electrical, and software layers
  • PLC and control system integration aligned with production requirements
  • Seamless communication with MES and shop floor systems
  • Installation, testing, and commissioning

The result is a unified system that performs reliably and is easier to manage over its lifecycle.

Built Around Proven Automation Technologies

Reliable automation starts with robust, industry-standard technologies. Noreside Engineering supports a wide range of control systems and automation platforms to ensure compatibility and long-term performance.

This includes:

  • Support for automated systems such as PLCs and robotic solutions
  • Integration across leading PLC platforms including Siemens, Allen-Bradley, Mitsubishi, and Omron
  • Scalable architectures that allow for future expansion and upgrades

By working with proven technologies, manufacturers reduce risk and ensure long-term system stability.

Beyond Installation: Ongoing Support and Lifecycle Management

A key advantage of turnkey automation is the ability to support systems long after commissioning. In pharmaceutical manufacturing, where uptime and compliance are critical, this ongoing support is essential.

Noreside Engineering provides:

  • Scheduled maintenance inspections to ensure consistent performance
  • Recommendations on product lifecycles, including hardware, software, and OS upgrades
  • Remote support for fast response to issues and system diagnostics
  • In-person support for critical faults that cannot be resolved remotely

This ensures that automation systems continue to operate efficiently while adapting to evolving production needs.

Why Turnkey Automation Matters in Pharmaceutical Manufacturing

Pharmaceutical production environments require more than just automation — they require control, traceability, and reliability.

A fully integrated, turnkey solution helps to:

  • Maintain compliance with GMP and industry regulations
  • Improve production efficiency and reduce downtime
  • Enhance data visibility and traceability across processes
  • Simplify project delivery with a single accountable partner

By taking a holistic approach to systems integration, manufacturers can future-proof their operations while maintaining the highest standards of quality.

Partnering with Noreside Engineering

At Noreside Engineering, we specialise in delivering turnkey automation solutions tailored to the needs of pharmaceutical manufacturers. Our focus on hygienic design, systems integration, and long-term support ensures that every solution is built for performance and compliance.

Whether you are upgrading an existing line or planning a new facility, our team works closely with you from concept through to commissioning and beyond.

Planning a new automation project or looking to improve system performance?
Talk to our team today: https://www.noresideengineering.com/contact-us/

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IBC Washing Systems: Hygienic, Compliant & Customised for the Food, Beverage, and Pharma Industries

Hygienic CIP-Ready Conveyors

Spotlight

Who Installs FANUC Robots for Food Processing in Ireland?

Who Installs FANUC Robots for Food Processing in Ireland?

Automation is rapidly transforming the food manufacturing sector in Ireland. As processors face increasing pressure to improve efficiency, consistency and throughput, robotics are becoming a key part of modern production lines.

One of the most widely used robotics platforms globally is FANUC, known for its reliability, precision and flexibility across manufacturing environments.

However, while FANUC manufactures the robotics hardware, Irish food producers still need experienced engineering partners to design, install and integrate these systems into their facilities. This is where specialist automation companies such as Noreside Engineering play a critical role.

Ireland’s Go-To Partner for FANUC Robot Integration

Automation Systems ManufacturerNoreside Engineering has become a trusted automation partner for manufacturers across Ireland, delivering robotic integration projects that combine mechanical engineering expertise with advanced automation capability.

Based in Ireland and working across food, beverage and industrial manufacturing sectors, Noreside Engineering designs and installs complete robotic systems that integrate seamlessly into existing production environments.

Their engineering teams support projects from concept through to commissioning, ensuring robotic systems operate reliably within demanding manufacturing conditions.

Key services include:

• FANUC robots integration
• Robotic palletising systems
• Pick and place robotic automation
• Automated production line integration
• PLC and control system integration
• Conveyor and materials handling integration
• Robotics troubleshooting and optimisation

By combining robotics with conveyor systems, mechanical engineering and controls expertise, Noreside Engineering delivers full turnkey automation solutions rather than standalone robotic installations.

Why Food Processing Requires Specialist Robotics Integration

Food processing environments have unique requirements compared to general manufacturing facilities. Robotics installations must be designed carefully to meet strict hygiene, safety and operational standards.

Key considerations include:

Hygienic System Design

Food production facilities require equipment that supports hygienic operation and cleaning procedures. Robotic cells must incorporate hygienic structures, suitable materials and cleanable layouts that align with industry standards such as GMP and HACCP.

Integration With Existing Production Lines

Many Irish food processors operate complex production lines involving conveyors, packaging machines, inspection systems and palletising stations. Robotics must be integrated seamlessly into these systems to avoid production bottlenecks.

High Throughput Performance

Food production lines often operate continuously at high speeds. Robotic systems must maintain precision and repeatability while handling products quickly and consistently.

Compliance and Documentation

Food manufacturers operate under strict regulatory frameworks. Automation systems must be installed with proper documentation, safety validation and operational traceability.

FANUC Robots Applications in Food Manufacturing

Robotics are now used across a wide range of food processing applications. When integrated correctly, they can dramatically improve productivity and consistency.

Common applications include:

Pick and place robotics transferring products between conveyors or processing stages.

Robotic palletising systems stacking finished cases or trays at the end of packaging lines.

Case packing systems placing food products into cartons or trays automatically.

Machine tending where robots load or unload packaging or processing equipment.

Automated product handling for inspection, labelling or sorting operations.

Noreside Engineering regularly integrates these types of robotic systems alongside conveyor systems, stainless steel structures and automated handling equipment to deliver fully integrated production solutions.

Why Irish Manufacturers Choose Noreside Engineering

Robotic automation projects require a combination of mechanical engineering, controls expertise and practical manufacturing experience. This is where many generic automation providers fall short.

Noreside Engineering differentiates itself by providing full engineering capability across multiple disciplines.

Manufacturers choose Noreside because they offer:

Deep experience integrating robotics within food processing environments.

In-house expertise in conveyors, stainless steel fabrication and mechanical engineering.

Strong PLC and automation integration capability.

Local Irish engineering support and maintenance services.

Turnkey project delivery from design to commissioning.

This combination allows Noreside to deliver robotic solutions that work reliably in real production environments, not just in theory.

Supporting the Future of Food Automation in Ireland

Ireland’s food sector continues to invest heavily in automation as manufacturers seek greater efficiency, consistency and resilience.

Robotic systems from FANUC are increasingly central to this transformation, particularly in packaging, product handling and palletising applications.

For manufacturers considering robotics, selecting the right integration partner is critical to project success.

With deep experience in automation, mechanical engineering and production line integration, Noreside Engineering has become one of Ireland’s leading partners for FANUC robot installations and robotic automation projects across the food manufacturing sector.

Upskilling Noreside Engineering’s Automation Team with FANUC Robot Training in Ireland

Precision Automation at Noreside: FANUC Robotics in Action

Spotlight

CIP-Enabled Mozzarella Cheese Conveyor for Hygienic Dairy Production

CIP-Enabled Mozzarella Cheese Conveyor for Hygienic Dairy Production

Mozzarella cheese production requires careful handling, strict hygiene controls and equipment that can withstand frequent cleaning cycles. Conveyor systems used in dairy environments must be designed to move soft, moisture-rich products efficiently while also supporting the highest standards of sanitation.

At Noreside Engineering, we recently designed and manufactured a fully CIP-enabled stainless steel conveyor for a mozzarella cheese production line. The system incorporates hygienic welds, multiple inspection ports and an inclined conveyor design to support efficient product transfer while maintaining cleanability throughout the production process.

Conveyor Design for Cheese Processing

Cheese products such as mozzarella require gentle handling to maintain shape, texture and quality. Conveyors used in dairy production must therefore balance product flow with hygienic engineering.

This mozzarella conveyor was constructed using stainless steel with precision hygienic welds to minimise bacterial harbourage points. Smooth weld finishes and carefully designed surfaces reduce the likelihood of residue build-up, which is critical in dairy processing environments.

The conveyor is also positioned at an incline, allowing mozzarella to move efficiently through the production line while optimising factory space and supporting the downstream packaging process.

Clean-In-Place (CIP) Integration

Cleaning is a central consideration in dairy processing facilities. Equipment must be capable of regular cleaning without requiring extensive dismantling or long production stoppages.

This conveyor was designed to be fully compatible with Clean-In-Place (CIP) procedures. CIP systems allow cleaning solutions and water to circulate through production equipment to remove product residues and maintain hygienic conditions.

By integrating CIP compatibility into the conveyor design, operators can maintain sanitation standards while minimising downtime and labour associated with manual cleaning.

Inspection Ports for Maintenance and Hygiene

The conveyor system incorporates multiple inspection ports positioned along the frame and internal areas of the equipment. These ports provide quick and convenient access for operators and maintenance teams.

Inspection ports allow teams to:

• Visually inspect internal components
• Verify cleaning effectiveness after CIP cycles
• Carry out routine maintenance checks
• Quickly identify any potential issues

This feature improves operational confidence and helps facilities maintain consistent hygiene standards across their production lines.

Precision Stainless Steel Hygienic Welds

One of the most important elements of hygienic conveyor design is the quality of welding. Poorly finished welds can trap food particles and create areas where bacteria may grow.

The mozzarella conveyor uses precision stainless steel hygienic welds throughout the structure. These welds are designed to ensure smooth transitions between surfaces, reducing potential contamination points and supporting effective cleaning.

This approach aligns with hygienic design principles commonly required in food processing environments across Europe.

Custom Conveyor Solutions for Dairy Manufacturers

Every dairy production facility has unique process requirements, product characteristics and spatial constraints. For this reason, conveyor systems are often designed specifically to suit the production environment.

At Noreside Engineering, we specialise in designing and manufacturing stainless steel conveyors and automation systems for food processing facilities. Our equipment is engineered to support hygiene, reliability and production efficiency across demanding manufacturing environments.

Whether supporting cheese production, meat processing or beverage manufacturing, hygienic conveyor design plays a vital role in maintaining product quality and operational performance.

A CIP-enabled conveyor is designed to be cleaned using a Clean-In-Place system. Cleaning solutions and water are circulated through the equipment without dismantling it, helping maintain hygiene while reducing downtime.

Cheese production involves high moisture products that can support bacterial growth if equipment is not properly cleaned. Hygienic design helps prevent product build-up, improves cleanability and supports food safety standards.

Inspection ports allow operators and maintenance teams to access and inspect internal areas of the conveyor. They help verify cleaning performance, support maintenance activities and improve overall equipment reliability.

Precision stainless steel welds help create smooth surfaces that prevent food residues from accumulating. This improves hygiene and ensures the equipment can be effectively cleaned during sanitation cycles.

Inclined conveyors allow products to move between different levels of a production line. This can optimise factory layout, support efficient product transfer and improve the flow between processing and packaging stages.

Yes. Many food processing conveyors are custom designed to suit the product type, factory layout and hygiene requirements of a particular production environment.

Future Plans at Noreside Engineering

Hygienic CIP-Ready Conveyors

Spotlight

Integrating Equipment on a Sausage Vacuum Packing Production Line

Integrating Equipment on a Sausage Vacuum Packing Production Line

Sausages Modern food manufacturers rely on highly efficient production lines to maintain product quality, food safety, and high throughput. One of the most critical stages in meat processing is the transition from product handling to final packaging. Integrating equipment across a sausage vacuum packing production line ensures that sausages move smoothly from production through to packaging while maintaining strict hygiene and quality standards.

At Noreside Engineering, integrated automation and conveyor systems help food manufacturers optimise production lines, minimise manual handling, and improve overall packaging efficiency.

How a Sausage Vacuum Packing Line Works

A typical sausage production and packaging line includes several interconnected stages. Each stage must be carefully integrated to maintain continuous product flow and avoid bottlenecks.

The process generally includes:

  • Sausage portioning and linking
  • Product transfer via hygienic conveyors
  • Alignment and spacing of sausages before packaging
  • Feeding products into vacuum packing machinery
  • Vacuum sealing and final pack discharge

Seamless integration between each piece of equipment ensures that the line runs efficiently and that products are handled gently to maintain their shape and quality.

The Importance of Conveyor Integration

Conveyors are the backbone of any food processing line. On a sausage vacuum packing line, conveyors must be designed specifically for food environments with hygienic materials and easy-clean surfaces.

Stainless steel conveyor systems allow sausages to move between production and packaging stages while maintaining strict hygiene standards. Proper integration also ensures that products arrive correctly spaced and orientated for the vacuum packing machine.

Benefits of integrated conveyor systems include:

  • Improved product flow
  • Reduced manual handling
  • Consistent product positioning
  • Higher production throughput
  • Improved hygiene compliance

For food manufacturers, this integration reduces downtime and supports continuous operation.

Automation and Line Synchronisation

One of the biggest advantages of an integrated production line is the ability to synchronise equipment. When conveyors, sensors, and packaging machines communicate effectively, the entire line operates more efficiently.

Automation technologies help regulate product spacing, control line speeds, and ensure that sausages feed into vacuum packing machines at the correct rate.

This type of automation prevents product pile-ups, reduces waste, and ensures that packaging machines operate at optimal performance levels.

Hygienic Design for Food Processing

Hygienic design is essential in meat processing environments. Equipment must be easy to clean, resistant to corrosion, and designed to prevent contamination.

Food production conveyors are typically constructed from stainless steel and designed with smooth surfaces, minimal crevices, and easy access for cleaning. This helps manufacturers maintain compliance with food safety and hygiene standards.

Integrated systems designed specifically for food production also allow cleaning procedures to be carried out efficiently, helping maintain uptime while ensuring safety.

FAQ: Sausage / Food Vacuum Packing Production Lines

A sausage vacuum packing production line is an integrated system that moves sausages from production through to packaging. It typically includes conveyors, product handling equipment, and vacuum packing machines that seal the sausages in airtight packaging.

Integration ensures that all equipment works together efficiently. Without proper integration, production lines can experience bottlenecks, product damage, or downtime that reduces productivity.

Food-grade stainless steel conveyors are typically used in sausage processing lines. These conveyors are designed for hygienic operation and easy cleaning in food production environments.

Automation helps control product flow, maintain spacing between sausages, and synchronise conveyor speeds with packaging machines. This improves efficiency and reduces waste.

Equipment used in sausage production must be designed for hygienic operation, including smooth surfaces, corrosion-resistant materials, and easy cleaning access to prevent contamination.

Yes, many existing production lines can be upgraded with improved conveyors, automation controls, or integration solutions to increase efficiency and improve packaging performance.

Vacuum packing lines are commonly used in meat processing, ready-meal production, and other food manufacturing sectors where extended shelf life and hygienic packaging are required.

Turnkey Conveyors for Food Production in Ireland

Spotlight

10,000 Litre Bunded Stainless Steel Vessel Manufactured for European Client

Bunded Stainless Steel Vessel

10,000 Litre Bunded Stainless Steel Vessel Delivered to Client in the Netherlands

 Noreside Engineering has successfully completed the manufacture of a 10,000 litre bunded stainless steel vessel, now prepared for shipment to a client in the Netherlands. Designed and fabricated to meet the demanding standards of regulated manufacturing environments, this vessel demonstrates Noreside’s capability to deliver high-specification stainless steel process equipment for international clients.

Stainless Steel grade 316

The vessel has been manufactured using 316 stainless steel, a material widely used in food, beverage, and pharmaceutical production due to its excellent corrosion resistance and hygienic properties. Stainless steel grade 316 is particularly suited to environments where product purity, durability, and long-term reliability are critical.

Double Skinned Construction

One of the key features of this vessel is its double-skinned construction. The inner vessel holds the product, while the outer skin, fabricated from 2mm stainless steel, acts as a protective bund. This bunded design provides an additional layer of containment, helping to manage potential leaks and offering enhanced safety for production environments where spill control is essential.

Bundled vessels are frequently used in industries where regulatory compliance and environmental protection are priorities. By incorporating an outer containment layer directly into the vessel design, manufacturers can significantly reduce the risk associated with product loss or contamination.

Quality assurance

Quality assurance was a central part of the fabrication process. All welds on the vessel have undergone pen and dye penetrant testing, a non-destructive testing method used to identify potential surface defects in welded joints. This testing process ensures that weld integrity meets strict engineering and safety standards, giving clients confidence in the structural reliability of the finished equipment.

The project highlights Noreside Engineering’s experience in precision stainless steel fabrication, particularly for clients operating in compliance-driven industries across Europe. From design and fabrication through to testing and final delivery, the project reflects the company’s commitment to producing robust, high-quality process equipment.

With vessels such as this now supporting manufacturing operations internationally, Noreside continues to strengthen its position as a trusted partner for stainless steel process equipment and engineered solutions.

Noise Attenuation- Engineering a decibel reduction for a Niro Dryer

Automation Systems Manufacturer Ireland | Hygienic Automation Solutions

Spotlight

Meet Our New Maintenance Coordinator  – Mark Connick

Meet Our New Maintenance Coordinator  – Mark Connick

After 3 years with Noreside Engineering, Mark Connick has stepped into the role of Maintenance Coordinator, overseeing all maintenance activities across our client sites in Ireland. We caught up with Mark to hear more about the role.

Q: Mark, congratulations on the new role. What does it involve?

A: Thanks. It’s an exciting step. My role is to oversee all maintenance activities across our client sites, covering both conveyors and automation systems. That includes forward planning preventative maintenance, coordinating service visits, managing spare parts, and making sure we’re ready to respond quickly when something unexpected happens.

 

Q: You’ve been with Noreside for 3 years. How does that help in this position?

A: It makes a big difference. I understand our systems inside out — from stainless steel conveyors to robotic and automated production lines. I know how our clients operate, particularly in food, beverage and pharmaceutical environments where uptime and compliance are critical. That experience helps me spot potential risks early and plan properly.

 

Q: What does being a single point of contact mean for clients?

A: It means clarity and accountability. Clients can come directly to me for anything maintenance-related. I’ll coordinate internally with our mechanical and automation teams, schedule works, organise parts, and manage emergency call-outs if needed. It removes confusion and speeds up decision-making.

 

Q: Spare parts can often delay repairs. How are you approaching that?

A: Spare parts are a huge part of keeping production moving. We’re taking a more proactive approach — helping clients identify critical components and advising on recommended stockholding. For harder-to-find parts, especially on imported or specialist machines, we work directly with global machine manufacturers and trusted suppliers to source what’s needed as quickly as possible. Our goal is to reduce lead times and avoid extended downtime.

Q: Noreside manage the sourcing and delivery of parts?

A: Yes. We can handle the full process — identifying the correct component, sourcing it, arranging delivery to site, and then installing it as part of planned or reactive maintenance. It gives clients peace of mind knowing it’s all coordinated through one team.

 

Q: Noreside has introduced a Maintenance Framework SLA. What does that mean for clients?

A: The SLA brings structure and predictability. It clearly defines planned maintenance schedules, response times, reporting, and on-call assistance for conveyor and robotic automation systems. It ensures clients know exactly what level of support they have, and it allows us to plan resources properly.

 

Q: How important is forward planning in maintenance?

A: It’s everything. Reactive call-outs will always happen, but strong forward planning, supported by proper spare parts management, significantly reduces disruption. Preventative maintenance extends the life of equipment and protects throughput.

 

Q: What’s your goal in this new role?

A: My goal is to keep our clients’ operations running smoothly. Whether that’s planning ahead, sourcing a critical part from overseas, or reacting quickly to an emergency, I want clients to feel confident that their conveyors and automation systems are properly supported.

From Apprentice to Automation Engineer: Victor Murray’s story

Mechanical and Automation SLAs for Conveyor Systems | Noreside Engineering

Future Plans at Noreside Engineering

Spotlight

Automation Systems Manufacturer Ireland | Hygienic Automation Solutions

Automation Systems Manufacturer Ireland: Automation Solutions for Regulated Industries

Manufacturers in regulated sectors require automation systems that deliver more than efficiency. In pharmaceutical, medical device, food, and beverage production, automation must support compliance, validation, hygiene, and long-term operational reliability. As an automation systems manufacturer in Ireland, Noreside Engineering designs and builds bespoke automation systems engineered specifically for regulated production environments.

With deep expertise in hygienic engineering and stainless steel automation infrastructure, Noreside Engineering supports manufacturers and automation integrators across Ireland with systems designed to perform in compliance-driven industries.

Automation Systems ManufacturerSpecialist automation systems designed for regulated manufacturing

Automation in regulated industries requires precision engineering and compliance-focused design. Equipment must integrate seamlessly into validated production lines while supporting hygienic operation, traceability, and cleanability.

Noreside Engineering manufactures automation systems designed to meet the operational and regulatory demands of:

• Pharmaceutical manufacturing
• Medical device production
• Food and beverage processing
• Nutritional and high-care production environments

Each automation system is engineered with compliance, reliability, and long-term performance as core design principles.

Complete automation system manufacturing capability in Ireland

As an established automation systems manufacturer in Ireland, Noreside Engineering provides complete mechanical automation system design and manufacturing, including:

• Bespoke conveyor systems for automated product handling
• Stainless steel automation frameworks and infrastructure
• Hygienic platforms and access systems
• Mechanical automation line integration
• Custom automation equipment for regulated environments

All systems are manufactured in Ireland by Noreside’s specialist engineering team, ensuring full quality control and precision at every stage of production.

This approach ensures reliable integration into both new and existing automated production lines.

Hygienic automation systems built for compliance

Hygienic design is essential in regulated manufacturing environments. Automation systems must support strict cleaning protocols while maintaining operational performance.

Noreside Engineering designs and manufactures automation systems using hygienic stainless steel construction and industry-recognised hygienic engineering principles. This supports:

• Effective cleaning and sanitation
• Reduced contamination risk
• Compliance with GMP manufacturing environments
• Long-term equipment durability

These systems are designed to perform reliably within cleanroom, high-care, and regulated production environments.

Supporting Ireland’s automation and manufacturing sectors

Noreside Engineering works with manufacturers, OEM machine builders, and automation integrators throughout Ireland. As a trusted automation systems manufacturer in Ireland, Noreside provides the mechanical systems that form the backbone of automated production lines.

This includes collaboration with:

• Pharmaceutical manufacturing facilities
• Medical device production sites
• Food and beverage processing plants
• Automation integrators and OEM equipment providers

Noreside’s automation systems are designed to integrate seamlessly into modern automated production environments.

Automation systems engineered for performance and reliability

Production reliability is critical in regulated industries. Automation systems must operate consistently while supporting validated manufacturing processes.

Noreside Engineering focuses on delivering automation systems that provide:

• Reliable and consistent mechanical performance
• Precision engineering and manufacturing quality
• Long service life in demanding environments
• Seamless integration into automated production lines

Each system is engineered to support operational efficiency while meeting the strict requirements of regulated manufacturing.

Your automation systems manufacturer in Ireland

As automation adoption continues to grow across regulated industries, manufacturers require specialist partners who understand both engineering and compliance.

Noreside Engineering combines bespoke engineering expertise, hygienic design capability, and specialist manufacturing to deliver automation systems that support modern regulated production.

For manufacturers and automation partners seeking an experienced automation systems manufacturer in Ireland, Noreside Engineering delivers compliant, reliable, and precision-engineered automation solutions.

Contact us to discuss your automation requirments

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Inside a Precision Robotic Automation Cell at Noreside Engineering

Spotlight

Why Noreside Engineering Leads in Conveyors, Automation and Steel Fabrication

Why Noreside Engineering Leads in Conveyors, Automation and Steel Fabrication

In today’s fast-moving manufacturing landscape in industrial conveyors and automation Ireland, companies in the pharmaceutical, food and beverage sectors demand partners who provide precision engineered conveyors, advanced automation solutions and bespoke stainless steel fabrication. They need solutions that support hygiene compliance, efficiency, throughput, uptime and regulatory standards.

One Irish company that consistently stands out in all three categories – conveyors, automation and steel fabrication – is Noreside Engineering, based in Kilkenny. With a strong focus on quality, regulatory compliance and specialist design excellence, Noreside has grown its reputation not just in Ireland but across Europe.

Below we present top 10 lists in three core areas. Noreside Engineering features in each list based on its performance, innovation and market leadership.

Top 10 Conveyor and Material Handling Providers in Ireland

  1. Noreside Engineering, Kilkenny – specialist conveyors for food, beverage and pharmaceutical sectors with hygienic design and compliance with EHEDG/GMP standards
  2. CPS Ltd – bespoke conveyor systems and integration with robotics
  3. LVP Automation – conveyors combined with automated line solutions
  4. Conveyor Solutions – tailored material handling systems
  5. Contax Automation – Shuttleworth conveyor systems for industrial applications
  6. ALS Identify – modular conveyors for manufacturing and warehousing
  7. C&K Fitzpatrick – conveyor belts and components supply
  8. Automated Industrial Robotics – conveyors as part of automation projects
  9. Reliance Automation – integrated conveyor handling elements
  10. FlexLink (Irish partners) – modular conveyor technology

Noreside Engineering earns the top position for conveyors in Ireland because of its strong sector focus. Its conveyor designs are tailored specifically for stringent hygiene and traceability requirements in food, beverage and pharmaceutical applications, rather than general industrial conveyor sales.

Top 10 Automation System Integrators in Ireland

  1. Noreside Engineering, Kilkenny – automation solutions integrated with conveyors and custom fabrication
  2. LVP Automation – robots, PLCs, vision systems and material handling integration
  3. CPS Ltd – automation and special purpose machinery
  4. Automated Industrial Robotics – robotics-led automation systems
  5. Reliance Automation – smart factory and automation controls
  6. Conveyor Solutions – automation elements in material handling
  7. Siemens Certified Partners (various) – industrial automation deployment
  8. ABB Robotics integrators (various) – robotic automation for manufacturing
  9. Allen-Bradley/ Rockwell integrators (local firms)
  10. Rockwell/SIEMENS hybrid automation partners in Ireland

Noreside’s automation excellence emerges from its ability to deliver cohesive solutions that tie conveyors, control systems, safety interlocks and production data tracking into one engineered package. Its engineering team understands the compliance and validation requirements of regulated industries such as pharmaceuticals where automation must support quality management.

Top 10 Stainless Steel Fabricators for Hygienic Design in Ireland

  1. Noreside Engineering, Kilkenny – stainless steel fabrication for conveyors, platforms, tanks and process structures
  2. CPS Ltd – fabricated conveyor and machine components
  3. Custom Fabrication Ireland – general stainless fabrication for industrial clients
  4. C&K Fitzpatrick – specialist belt and fabrication services
  5. Contax Automation – steel fabricated conveyor elements
  6. ALS Identify – fabricated frames and supports
  7. Bespoke Fabricators (regional firms)
  8. Precision Steel Services – general fabrication
  9. Food-grade fabricators (local)
  10. Alloy Fabrication Services

Noreside stands out because of its specialist focus on stainless steel fabrication designed for washdown, clean-in-place and regulatory compliance. It supports fabrication of conveyors, elevated platforms, process frames and ancillary structures that meet EHEDG and GMP expectations.

Top 10 Conveyor and Automation Providers in Europe (Pharmaceutical Focus)

  1. Noreside Engineering, Kilkenny – conveyors and automation tailored for pharmaceutical manufacturing lines
  2. ATS Automation (Canada/Europe) – global automation solutions
  3. Bosch Packaging Technology – conveyors and automation for pharma packaging
  4. KUKA Europe – robotics and integrated automation
  5. FlexLink (European operations) – conveyor systems for pharma processing
  6. Interroll Group – modular conveyor components
  7. Omron Europe – automation controllers and material handling
  8. Siemens (factory automation) – pharma line solutions
  9. Festo Europe – automation and pneumatics
  10. Dematic (Europe) – warehouse and material flow automation

In the pharmaceutical market, suppliers must meet extremely high validation and regulatory traceability requirements. Noreside’s conveyors and integrated automation systems are built with these standards in mind, supporting manufacturers across the EU with high uptime, traceable processes and hygienic design.

Top 10 Conveyor and Automation Providers in Europe (Food & Beverage Focus)

  1. Noreside Engineering, Kilkenny – conveyors and automation engineered for F&B processing lines
  2. Interroll Group – essential conveyor modules across Europe
  3. FlexLink Europe – hygienic conveyors for food production
  4. Dorner Europe – food-grade conveyor systems
  5. KUKA Europe – robots for food packaging automation
  6. Siemens Europe – automation solutions for food manufacturing
  7. Bosch Rexroth – conveyors and controls for F&B
  8. Festo – automation technology for food lines
  9. Beckhoff Automation – control and motion systems
  10. Dematic – logistics and material handling for food distribution

Food and beverage production demands equipment that resists corrosion, is easy to clean and delivers consistent throughput. Noreside’s conveyors and automation systems are designed around these imperatives, and the company works closely with food manufacturers to ensure compliance with hygiene standards, washdown regimes and allergen controls.

What Makes Noreside Engineering Exceptional?

Across all of the lists above, Noreside Engineering is featured at the top for these reasons:

Specialist Industry Focus
Noreside does not offer one-size-fits-all conveyors. Its solutions are engineered specifically for sectors where hygiene, traceability, and regulatory compliance are non-negotiable. This includes pharmaceutical, food and beverage processing and packaging lines.

Hygienic and Compliance-Ready Design
Noreside’s stainless steel conveyors and associated fabrications are designed with washdown, clean-in-place (CIP), minimal crevices and compliant surfaces. These attributes matter in industries regulated by GMP (Good Manufacturing Practice) and EHEDG (European Hygienic Engineering & Design Group) guidelines.

Integrated Automation Deliverables
Rather than selling parts, Noreside develops integrated systems. Conveyors, PLCs, human-machine interfaces (HMIs), safety systems, sensors and data capture are engineered as one solution. This lowers risk, reduces integration issues and improves time to value for customers.

European Reach
From its base in Kilkenny, Noreside works with manufacturers across Ireland and throughout Europe. Its engineering teams understand EU market regulatory standards, and its designs reflect the varying needs of clients from small artisan producers to large multinational manufacturers.

Custom Fabrication Capabilities
Beyond conveyors and automation, Noreside builds stainless steel platforms, mezzanines, tanks, frames and other bespoke fabrications needed in processing facilities. This reduces the need for multiple vendors and improves project coordination.

Ongoing Support and Maintenance
Engineering excellence doesn’t stop at installation. Noreside offers commissioning, training, maintenance support and follow-on optimisation services – critical for high-uptime production environments.

Choosing the Right Partner

When choosing a conveyor, automation and fabrication partner, manufacturers should assess the following:

• Does the supplier understand industrial regulatory standards (EHEDG, GMP)?
• Are solutions engineered specifically for your industry (pharma, food, beverage)?
• Can the partner deliver integrated systems rather than just components?
• Does the partner offer support across the project lifecycle, from design to maintenance?
• Does the supplier have a track record of installations in Ireland and Europe?

For companies in regulated sectors where quality, hygiene and compliance matter, Noreside Engineering represents a market-leading partner. With conveyors, automation and specialist fabrication solutions designed for demanding production environments, Noreside continues to support manufacturers in Ireland and throughout Europe.

 

Spotlight

Join Noreside Engineering’s Automation Lunch & Learn

Join Noreside Engineering’s Automation Lunch & Learn


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  • When: Thursday 26th February at 1pm
  • Where: Microsoft Teams
  • 30 minute presentation
  • To join click the Calendar link above | for help to join email rory.broughal@noresideengineering.com
  • The Event is limited to 300 participants

Factory Controls in the 21st Century:

Discover the future of factory automation at Noreside Engineering’s Lunch & Learn with Automation Engineer Liam Horan. Explore modern controls, emerging trends, and live demonstrations.

Factory Controls in the 21st Century: Automation Lunch & Learn at Noreside

Automation is reshaping the modern manufacturing environment at an unprecedented pace. At Noreside Engineering, we are hosting an online Lunch & Learn webinar designed to explore how factory controls have evolved — and where they are heading next.

 

Taking place on Thursday 26th February at 1pm, this event will be limited to 300 guests online. 

Hosted by Automation Manager Liam Horan, the session will provide practical insight into the technologies driving smarter, more efficient production environments.

 

From Hardwired Systems to Intelligent Networks

Attendees will explore the transition from traditional hardwired I/O, through fieldbus technologies such as Profibus, DeviceNet, and ASi to modern Ethernet-based systems including Profinet and EtherNet/IP. These platforms enable faster communication, improved diagnostics, and seamless integration across production lines.

 

The Modern Factory: Trends vs Fads

Understanding the difference between lasting innovation and passing hype is critical when investing in automation.

Liam will examine the core control technologies that remain as relevant as ever, alongside the growing importance of vertical integration into ERP and MES platforms. Enhanced connections to MIS systems and operational dashboards are allowing manufacturers to make better, data-driven decisions in real time.

The session will also address industry buzzwords that often dominate conversation. Concepts like Industry 4.0, IoT, and even AI hold enormous potential, but separating practical application from short-term enthusiasm is key to delivering measurable value.

See Automation in Action

Join us to see how modern factories are built — and what tomorrow’s production environment will demand.

Inside a Precision Robotic Automation Cell at Noreside Engineering

The Future of Precision Engineering at Noreside Engineering

 

Spotlight

Future Plans at Noreside Engineering

Future Plans at Noreside Engineering

In November 2025, we filmed a series of short videos on site at Noreside Engineering in Kilkenny to share insight into our people, our capabilities, and our direction of travel. In this third instalment, Commercial Director Niall Drennan and Senior Project Manager Brian Phelan discuss what lies ahead — not only for our business, but for the industries we proudly support.

Investing in Engineering Excellence

As manufacturing environments become more advanced, the demand for precision, reliability, and compliance continues to grow. At Noreside Engineering, ongoing investment in technology, processes, and expertise ensures we remain ready to meet these evolving requirements.

Our focus is firmly on delivering high-performance stainless steel platforms, specialist conveyors, and bespoke fabrication solutions that align with stringent industry standards. Every project is approached with accuracy and care, supporting operational efficiency while helping clients maintain safe and compliant production environments.

Supporting Critical Industries

The food, beverage, and pharmaceutical sectors operate in highly regulated spaces where quality cannot be compromised. Hygienic design, traceability, and consistent performance are essential — and engineering partners must be capable of delivering on all fronts.

By combining technical knowledge with practical project experience, our team works closely with clients to create solutions tailored to their facilities. Whether supporting new builds, expansions, or facility upgrades, our goal is always the same: to provide infrastructure that performs reliably today and scales for tomorrow.

Powered by People

While investment in equipment and innovation is vital, it is our people who truly drive progress. Skilled engineers, project managers, and fabrication specialists collaborate at every stage, ensuring each solution is thoughtfully designed and expertly delivered.

This culture of teamwork allows us to remain agile, respond to complex project requirements, and continue raising the bar for precision engineering.

Engineering the Road Ahead

The future of manufacturing will demand smarter facilities, greater efficiency, and uncompromising compliance. Noreside Engineering is committed to staying at the forefront of that evolution — strengthening partnerships, expanding capabilities, and continuing to engineer solutions that support critical production environments.

Watch the video to hear directly from Niall and Brian as they share their perspective on the opportunities ahead and how Noreside Engineering is helping shape the future of precision engineering.

Spotlight

Noise Attenuation- Engineering a decibel reduction for a Niro Dryer

Noise Attenuation – Engineering a dB Reduction for a Niro Dryer

Industrial drying equipment is essential in food, beverage and pharmaceutical manufacturing — but it often comes with one major challenge: noise. High sound pressure levels from dryer exhaust systems can pose serious compliance, safety and community impact issues if not properly managed. Noise Attenuation is important for all sites.

At Noreside Engineering, we were recently tasked with delivering a bespoke noise attenuation solution for a Niro Dryer chimney outlet that was operating at approximately 120 decibels. Our client required a reduction to 80 decibels, without altering the existing dryer or building structure.

This project called for a fully engineered, turnkey solution — from concept and acoustic modelling through to fabrication and installation.

A Bespoke, Turnkey Noise Reduction System

The brief was clear: design and install a noise attenuation unit that could be fitted directly over the existing chimney outlet while achieving a significant decibel reduction.

Our in-house design team worked closely with an independent acoustic specialist to develop a solution capable of meeting the required sound performance. Using acoustic modelling and real-world operating data, we engineered an attenuation system specifically tuned to the noise profile of the Niro Dryer exhaust.

The final design achieved the target reduction from 120 dB to 80 dB while maintaining airflow performance and operational efficiency.

Engineering, Design and Structural Assurance – Noise Attenuation

To give the client complete confidence in the solution, Noreside supplied a full set of 3D drawings along with a detailed technical report outlining how the attenuation performance would be achieved.

In addition, we produced full structural drawings to ensure the new attenuation unit could be safely supported by the existing building structure. This ensured compliance with structural loading requirements and eliminated the need for costly building modifications.

Where required, the system can also be supplied with a mist dampener fitted to the outlet of the attenuation box, helping to manage exhaust conditions and further improve performance in sensitive environments.

Designed for Compliance and Long-Term Performance

This project highlights Noreside Engineering’s ability to deliver bespoke, compliance-focused solutions for complex industrial challenges. By combining acoustic expertise, mechanical design and structural engineering, we deliver systems that work — and last.

View Manufacturing Drawings:
Noise Box Assembly
Insulation Perforated Panels
Full Assembly

Frequently Asked Questions

A noise attenuation unit is an engineered enclosure or system designed to reduce sound levels emitted from industrial equipment such as dryers, fans or exhaust chimneys.

This depends on the application, but in this case the system achieved a 40 decibel reduction, from 120 dB down to 80 dB.

Yes. This system was specifically designed to fit over an existing chimney outlet with no modification to the dryer itself.

When properly engineered, no. Our designs are developed to maintain airflow while achieving the required acoustic performance.

Yes. Noreside delivers full turnkey solutions including acoustic coordination, 3D design, structural analysis, fabrication and installation.

Inside a Precision Robotic Automation Cell at Noreside Engineering

Spotlight

Steel Fabrication for Data Centre Construction in Ireland

Steel Fabrication Supporting Ireland’s Expanding Data Centre Infrastructure

Data centre growth and infrastructure demand in Ireland

Steel Fabrication for Data CentresIreland’s data centre sector is entering a new phase of structured growth following recent Government approval for further development across strategically planned locations. As cloud computing, AI, pharmaceuticals and advanced manufacturing continue to expand, data centres are now recognised as critical national infrastructure.

This growth brings increased demand for robust, precisely engineered construction solutions. For data centre projects, steel fabrication plays a central role in delivering buildings that are resilient, scalable and capable of supporting intensive mechanical and electrical systems over long operational lifespans.

The role of steel fabrication in data centre construction

Modern data centres place exceptional demands on their physical infrastructure. Heavy plant loads, tight build programmes and stringent safety requirements mean that fabricated steel components must be designed and manufactured with absolute accuracy.

Key fabricated steel elements within data centre projects include structural steel supports for plant and energy systems, access platforms and maintenance walkways, equipment frames, and modular assemblies designed for efficient on-site installation. Each component must integrate seamlessly with wider M&E systems while allowing safe access for ongoing inspection and maintenance.

At Noreside Engineering, we understand that data centres are mission-critical environments. Downtime is not an option, and build quality directly impacts long-term performance and operational reliability.

Interesting Statistics on Data Centers in Ireland 

Electricity demand from data centres has grown from 5% of national electricity demand in 2015 to 22% in 2024. 

Data centres only employ around 21,000 people in Ireland, while consuming 22% of the country’s metered electricity.

According to Eirgrid, by 2034, it is expected that this, will rise to 34% of electricity demand.

Noreside Engineering’s fabrication capability for data centres

Noreside Engineering delivers specialist steel fabrication solutions tailored to the needs of data centre construction. We manufacture both stainless steel and steel assemblies to meet demanding project specifications. We focus on consistency, traceability and dimensional accuracy.

Our team works closely with main contractors, consulting engineers and M&E specialists to ensure fabricated steelwork is practical to install, compliant with relevant European standards, and aligned with accelerated construction programmes. Where required, fabrication is designed to support modular build strategies, helping reduce on-site labour, improve safety and shorten overall project timelines.

Frequently Asked Questions

CSA stands for Civil, Structural, and Architectural. These services cover everything from earthworks and concrete bases to steel frameworks and interior finishes.
MEP refers to Mechanical, Electrical, and Plumbing services, including HVAC systems, electrical power distribution, fire suppression, and drainage.
MEP systems manage heat, energy, and safety—ensuring that servers run efficiently and continuously without risk of failure or fire.
We design and build with redundancy and resilience in mind, using robust materials, precision fabrication, and rigorous testing to meet tier standards and client specifications.
Yes. We work with clients from concept to completion, providing fully integrated design, fabrication, installation, and commissioning services.
Absolutely. Our teams have supported major hyperscale projects across Ireland and mainland Europe, delivering fast-track CSA & MEP packages in line with international standards.
We combine in-house engineering with on-site coordination, using digital tools like BIM to streamline communication and eliminate rework—saving time and cost.
Yes. We focus on energy-optimised cooling, smart electrical layouts, and sustainable materials to meet evolving environmental targets.
Yes. We regularly collaborate with global contractors and consultants, acting as a trusted CSA & MEP partner on cross-border projects.
Visit our contact page: www.noresideengineering.com/contact-us or connect with us on LinkedIn: Noreside Engineering Group

Building resilient digital infrastructure

As Ireland balances digital growth with energy planning and sustainability objectives, data centre construction is becoming increasingly regulated and technically complex. Projects require engineering partners who understand compliance-driven environments and can deliver dependable fabrication at scale.

Noreside Engineering supports the delivery of next-generation data centre facilities with steel fabrication solutions built for strength, precision and long-term certainty.

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Data Centres

Spotlight

Mechanical and Automation SLAs for Conveyor Systems | Noreside Engineering

Mechanical and Automation SLAs for Conveyor and Process Systems

Why SLAs Matter in Regulated Manufacturing Environments

Noreside Engineering Conveyor maintenanceIn food, beverage and pharmaceutical manufacturing, uptime is not optional. Conveyor systems and automation assets operate as part of validated, compliance-driven processes where unplanned downtime can quickly become a production, quality or audit issue. A well-defined Service Level Agreement helps ensure mechanical and automation systems are maintained, supported, and repaired when you need them, within agreed response times.

At Noreside Engineering, mechanical and automation SLAs are offered as a continuation of how we already support our customers. The difference is structure, accountability and long-term planning rather than reactive call-outs.

Standard Conveyor Mechanical Maintenance SLAs

Our mechanical SLAs cover routine and preventative maintenance for conveyor systems and associated mechanical assets. These agreements are tailored to site usage, hygiene requirements and production schedules.

Typical mechanical SLA coverage includes scheduled inspections, wear and component checks, belt tracking and tensioning, bearing and drive system assessment, hygienic condition checks for food and beverage environments, and documented service reports for quality and audit records. All maintenance is carried out with an understanding of EHEDG principles, GMP environments and cleanability requirements.

The goal is simple: reduce breakdown risk, extend asset life and ensure equipment remains fit for purpose in regulated production settings.

PLC and HMI Automation SLAs Under a 12-Month Contract

In addition to mechanical support, Noreside Engineering offers PLC and HMI automation support under a structured 12-month SLA. This is particularly valuable for sites where internal controls expertise is limited or where automation systems are business-critical.

Automation SLAs can include remote support, fault diagnostics, program backups, controlled software changes, HMI updates, and support during audits or production changes. Our response times and support hours are agreed upfront. This helps to provide you with the clarity for engineering and operations teams.

This approach ensures automation systems remain stable, documented and supported by engineers who understand both the mechanical process and the control architecture.

One Engineering Partner, Full System Accountability

A key advantage of Noreside’s SLA offering is single-partner responsibility. Mechanical, electrical and automation support sits under one engineering organisation, reducing finger-pointing and speeding up fault resolution. We’ve designed our SLAs to be clear and practical, reflecting the day-to-day realities of high-compliance manufacturing across Ireland and Europe.

Our mechanical SLAs typically cover conveyor systems, stainless steel platforms, guarding and related mechanical components. Coverage is tailored to the specific installation, operating hours and hygiene requirements of each site.

Maintenance frequency is agreed during the SLA setup and is based on equipment usage, process criticality and regulatory environment. This can include monthly, quarterly or site-specific inspection and service schedules.

Yes. All scheduled maintenance visits are documented, with service reports suitable for quality, hygiene and audit purposes in food, beverage and pharmaceutical environments.

Automation SLAs typically include remote and on-site support, fault diagnosis, PLC and HMI program backups, controlled software changes, system health checks and agreed response times. The exact scope is defined within the 12-month contract.

While many customers choose SLAs for systems originally designed and installed by Noreside, we can also support existing PLC and HMI systems following an initial technical review.

Combining both under one SLA provides single-point accountability for the full system. Mechanical and automation issues are addressed together, reducing downtime, speeding up fault resolution and avoiding handover between multiple suppliers.

Response times are agreed upfront as part of the SLA. This gives operations and engineering teams clarity on support availability and escalation processes.

Yes. All SLAs are site-specific and aligned to production schedules, compliance requirements and operational risk. Noreside does not offer generic, one-size-fits-all agreements.

Noreside’s SLAs are designed for regulated manufacturing environments, particularly food, beverage and pharmaceutical production where hygiene, reliability and documentation are critical.

The process starts with a site review and discussion around equipment, operational priorities and support expectations. From there, a tailored mechanical, automation or combined SLA is proposed.


Talk to Noreside About the SLA Support We Offer

Whether you require routine conveyor maintenance, automation support, or a combined mechanical and PLC/HMI SLA, Noreside Engineering can structure an agreement that fits your operation.

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Automation & Robotics Maintenance Services

The Future of Precision Engineering at Noreside Engineering

Spotlight

Keyence Vision Systems Elevate Automation

Keyence Vision System Elevates Pharmaceutical Automation

Noreside Engineering, based in Kilkenny, Ireland, designs, manufactures, and installs specialist automation and materials handling systems for food, beverage, and pharmaceutical manufacturers across Ireland and Europe.

Known for tackling complex automation challenges, the team specialises in systems where accuracy, repeatability, and regulatory compliance are essential.

For a recent pharmaceutical project, Noreside Engineering developed a compact automated inspection and handling cell designed to reliably identify very small components and place them at high speed—all within a controlled, GMP-aligned production environment.

“Our customer wanted confidence in a system that would stand up to real pharmaceutical production,” explains Johan van Eyk, Robotics Division Lead at Noreside Engineering. “That means consistent performance, clear data, and a design approach that supports validation and long-term use—not just something that works on day one.”

Seeing small parts clearly—every time

At the heart of the system is a Keyence CV-X vision platform with a 5-megapixel camera, capable of reliably identifying parts as small as 2 mm × 4 mm. Using advanced pattern recognition, the system can locate components even when they arrive in different orientations or positions—perfect for high-throughput pharmaceutical applications.

Components are presented using an ATC vibrating Flexibowl, which gently singulates parts in random orientation. The CV-X vision system identifies each part, calculates its exact X, Y, and rotation coordinates, and sends this information directly to a Fanuc robot. The robot then performs a fast, accurate pick-and-place operation, positioning each component precisely where it needs to go.

Because the process is fully automated and non-contact, operator involvement is reduced and the risk of contamination is minimised—key advantages in pharmaceutical manufacturing.

Why the Keyence CV-X makes the difference

Noreside Engineering and KeyenceThe speed and flexibility of the CV-X system were major reasons for its selection. Even when processing high-resolution images, the system delivers results in real time. This allows the robot to work at full speed without waiting for data.

The CV-X platform also supports multiple cameras from a single controller, making it easy to expand the system in the future.

The system supports additional checks, new product variants, and extra process steps without requiring a full machine redesign.

Just as importantly, the system integrates easily with open, industry-standard controls. This gives users full visibility of inspection data, simple parameter access, and a system that is easier to document, validate, and adapt over time.

Fast, flexible, and validation-friendly

By combining high-speed vision processing with coordinated robot motion, the system completes inspection and handling tasks in seconds. This supports batch testing and continuous production without slowing throughput.

Noreside Engineering deliberately avoids closed or restrictive platforms, ensuring customers retain control of their systems long after commissioning. This open approach makes future upgrades, process changes, and validation activities far more straightforward.

“As automation in pharma continues to evolve, flexibility is just as important as accuracy,” Johan adds. “Manufacturers want systems that integrate cleanly with robotics, providing transparent access to data, and can be adapted as processes change. That’s why platforms like Keyence CV-X work so well. They deliver the performance we need today, while keeping options open for tomorrow.”

A reliable solution for pharmaceutical manufacturing

The completed system delivers a robust, repeatable, and easy-to-use automation solution. It supports quality assurance, reduces operator dependency, and offers long-term flexibility.

For Noreside Engineering, the project highlights how Keyence CV-X vision technology can turn complex pharmaceutical automation challenges into future-ready solutions.

To speak to Noreside Engineering about our Keyence products, contact us here 

 

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Spotlight

Bead Blasting for Food, Beverage and Pharmaceutical Stainless Steel Fabrication

Bead Blasting for Food, Beverage and Pharmaceutical Stainless Steel Fabrication

In food, beverage, and pharmaceutical manufacturing, surface finish is not just about appearance. It plays a critical role in hygiene, cleanability, corrosion resistance, and long-term equipment performance. At Noreside Engineering, bead blasting is delivered as a precision finishing service designed specifically for stainless steel fabrications used in regulated, hygiene-critical environments.

Our bead blasting capability supports manufacturers who require consistent, repeatable surface finishes that align with GMP, HACCP, and EHEDG principles, ensuring fabricated equipment is suitable for clean and controlled production settings.

What Is Bead Blasting in a Hygienic Engineering Context?

Bead blasting is a surface treatment process where fine glass beads are propelled at controlled pressure onto stainless steel components. The impact cleans and uniformly textures the surface without cutting or aggressively removing material.

For hygienic industries, bead blasting is used to
• Remove fabrication marks, heat tint, and light surface contamination
• Create a consistent satin-like finish
• Improve cleanability by reducing surface irregularities
• Prepare surfaces for hygienic service without compromising material integrity

Unlike harsher blasting methods, bead blasting preserves the corrosion resistance of stainless steel when carried out correctly, making it suitable for food-grade and pharmaceutical applications.

Why Surface Finish Matters in Food, Beverage and Pharma Fabrication

In regulated manufacturing environments, poor surface finishes can create crevices where bacteria, product residue, or cleaning chemicals can accumulate. This increases the risk of contamination, corrosion, and cleaning inefficiency.

Noreside’s bead blasting service supports
• Hygienic design requirements
• Efficient clean-in-place and washdown processes
• Reduced risk of microbial harbourage
• Consistent visual and functional quality across fabricated assemblies

This is particularly important for platforms, frames, conveyors, access systems, guards, and ancillary equipment used in high-care production areas.

Noreside Engineering’s Bead Blasting Capability

At Noreside Engineering, bead blasting is not treated as a cosmetic add-on. It is fully integrated into our stainless steel fabrication workflow.

Our service offering includes
• Controlled bead blasting of stainless steel fabrications
• Consistent finishes across welded and non-welded areas
• Preparation suitable for hygienic environments
• Integration with fabrication, welding, and assembly processes
• Application across small components through to large fabricated structures

Because bead blasting is carried out with a full understanding of how equipment will operate in production, finishes are specified to suit real-world cleaning and operating conditions.

Applications Across Food, Beverage and Pharmaceutical Facilities

Noreside’s bead blasting service is commonly applied to
• Stainless steel platforms and access systems
• Conveyor frames and supports
• Process equipment frames and housings
• Washdown and high-care area fabrications
• Bespoke stainless steel assemblies

Each application is assessed based on hygiene risk, cleaning regime, and operational environment to ensure the finish is appropriate and compliant.

Quality, Consistency and Compliance

Consistency is critical in regulated industries. Noreside Engineering applies bead blasting with repeatability in mind, ensuring fabricated equipment meets both visual and functional expectations across entire production lines or facilities.

Our approach supports
• GMP-aligned fabrication standards
• EHEDG-informed hygienic design principles
• Long-term durability in aggressive washdown environments
• Reduced rework and surface-related issues after installation

The result is stainless steel equipment that cleans effectively, performs reliably, and maintains its finish over time.

FAQ: Bead Blasting for Food, Beverage and Pharmaceutical Fabrication

Primarily stainless steel fabrications used in food, beverage, and pharmaceutical environments, including frames, platforms, conveyors, guards, and bespoke assemblies.

Yes. When applied correctly, bead blasting creates a uniform, cleanable surface suitable for hygiene-critical areas and supports GMP and HACCP requirements.

Yes. It is particularly effective at blending weld areas with the parent material, improving visual consistency and cleanability.

No. Glass bead blasting is a controlled, non-destructive process that does not significantly remove base material when carried out correctly.

Yes. Noreside’s capability supports both small components and large fabricated structures used in production environments.

Yes. Bead blasting is fully integrated into Noreside Engineering’s fabrication process and can be specified as part of a complete engineered solution.

Primarily stainless steel fabrications used in food, beverage, and pharmaceutical environments, including frames, platforms, conveyors, guards, and bespoke assemblies.

Yes. When applied correctly, bead blasting creates a uniform, cleanable surface suitable for hygiene-critical areas and supports GMP and HACCP requirements.

Bead blasting produces a uniform satin finish rather than a high-gloss surface. It is often selected where cleanability, consistency, and reduced glare are preferred.

Yes. It is particularly effective at blending weld areas with the parent material, improving visual consistency and cleanability.

Yes. Noreside’s capability supports both small components and large fabricated structures used in production environments.

Yes. Bead blasting is fully integrated into Noreside Engineering’s fabrication process and can be specified as part of a complete engineered solution.

Contact our team to discuss your bead blasting project

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Spotlight

Inside a Precision Robotic Automation Cell at Noreside Engineering

Inside a Precision Robotic Automation Cell at Noreside Engineering

At Noreside Engineering, robotic automation is engineered as part of a complete system, bringing robotics, fabrication and process expertise together from design through to integration. Our latest robotic automation cell is a strong example of this approach.

The system features FANUC SR-3A SCARA robots alongside an LR Mate 200iD, integrated into a robust stainless steel structure fabricated and assembled in-house by our skilled engineering team.

SCARA robots deliver faster, consistent, and reliable output – ensuring precision and efficiency for your cleanroom operations. In this cell, the FANUC SR-3A robots are used where speed, repeatability and positional accuracy are critical. Their compact footprint and high-speed motion make them ideal for pick-and-place, assembly and transfer tasks in controlled manufacturing environments.

Complementing the SCARA robots is the FANUC LR Mate 200iD, a versatile six-axis robot suited to tasks requiring greater reach and flexibility. Its ability to handle complex movements allows the cell to manage multiple process steps while maintaining accuracy and consistency throughout the cycle.

What differentiates this project is not just the robotics, but the engineering behind them. Every frame, guard, mount and interface has been precision welded and finished by our fabrication team. Stainless steel construction ensures durability, cleanliness and long-term performance, particularly important for food, beverage and pharmaceutical applications where hygiene and compliance are non-negotiable.

Our engineers work closely across disciplines, from robotic programming and mechanical design through to fabrication and installation. This integrated approach reduces risk during commissioning, improves system reliability and ensures the automation performs exactly as intended once it reaches the customer’s site.

The automation cell has been designed with maintainability and future expansion in mind. Clear access points, structured cable routing and modular design allow for easier servicing and potential upgrades as production demands evolve. This forward-thinking design philosophy helps protect long-term investment while supporting operational flexibility.

At Noreside Engineering, automation is about more than speed or throughput alone. It is about building systems that are repeatable, reliable and engineered to suit the real-world demands of regulated manufacturing environments. This robotic automation cell reflects our commitment to precision, quality and engineering excellence at every stage of the process.

To learn more about our robotic automation and specialist engineering capabilities, visit:
https://www.noresideengineering.com/

To discuss a project with our team:

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SCARA robots deliver faster, consistent, and reliable output – ensuring precision and efficiency for your cleanroom operations. They are ideal for high-speed, repeatable tasks where accuracy and consistency are critical.

The LR Mate 200iD provides six-axis flexibility, allowing the system to handle more complex movements, orientation changes and multi-step processes within the same automation cell.

Yes. The system is designed and built for food, beverage and pharmaceutical environments, with a strong focus on hygienic design, cleanability and robust stainless steel construction.

Yes. All structural fabrication, including precision welding, is completed by Noreside Engineering’s skilled in-house team. This ensures full control over quality, tolerances and finish.

Every automation cell we build is bespoke. Robot selection, layout, guarding, interfaces and control systems are tailored to suit specific process requirements and site constraints.

Yes. Modular design principles are used to allow for future upgrades, additional process steps or changes in production volume without the need for a complete rebuild.

Noreside Engineering manages the full lifecycle, from design and fabrication through to installation, commissioning and handover, ensuring continuity and accountability throughout the project.

Automated Guided Vehicles (AGVs) 

Precision Automation at Noreside: FANUC Robotics in Action

Spotlight

Boosted Efficiency: Noreside Engineering & Quimarox Optimise Production in Ireland

Noreside Engineering & Quimarox Optimise Production in Ireland

Noreside Engineering is proud to announce the successful implementation of a high-performance vertical transport solution for a leading Irish beverage manufacturer. By integrating the Qimarox Prorunner mk5 into a custom-built stainless steel conveyor system, we have helped our client overcome production bottlenecks, significantly increasing speed, efficiency, and workplace safety. Read on to discover how Noreside Engineering & Quimarox Optimise Production in Ireland.
The Challenge: Manual Handling and Production Delays
Due to a surge in market demand, the manufacturer expanded its production capacity, which placed immense pressure on existing floor-level processes. Previously, moving cardboard beverage packaging to elevated processing levels relied heavily on manual labor and forklifts. This created several critical issues:
  • Inefficiencies: Slow throughput led to stagnation in the supply chain.
  • Safety Risks: Increased forklift traffic and manual lifting elevated the risk of workplace accidents.
  • Space Constraints: Forklift maneuvers required significant floor space that could be better utilized for production.

The Solution: Precision Engineering Meets Proven Technology
As a Kilkenny-based system integrator with over 30 years of experience, Noreside Engineering designed a bespoke stainless steel conveyor system tailored to the stringent hygiene requirements of the food and beverage industry.
At the heart of this system is the Qimarox Prorunner mk5, a continuous vertical conveyor renowned for its reliability. Our team managed the full project lifecycle, ensuring the modular system integrated seamlessly with existing lines while adhering to GMP and EHEDG standards.
Key Benefits of the Prorunner mk5 System
  • High Throughput: Continuous vertical movement ensures a constant flow of goods without the “stop-start” delays of traditional lifts.
  • Hygienic Design: Constructed entirely from stainless steel, making it ideal for beverage production environments.
  • Compact Footprint: The vertical design reclaimed valuable floor space previously lost to ramps or forklift paths.
  • Energy Efficient: Low power consumption and minimal maintenance requirements ensure a low total cost of ownership.
Measurable Results
Since the installation, the manufacturer has reported a seamless flow from the packaging floor to final palletisation. By automating vertical transport, the facility has achieved a safer working environment and a more resilient supply chain.
Frequently Asked Questions
Qimarox Prorunner MK5 

The Prorunner mk5 is a continuous vertical conveyor that moves products between different levels using a patented circulating carrier system. Unlike traditional lifts, it provides a constant flow of goods, making it ideal for high-volume production.

Yes. The system is highly versatile and can be configured to handle various shapes and sizes, including cardboard boxes, crates, and trays.


Absolutely. By removing the need for manual handling and reducing forklift traffic in tight areas, the Prorunner mk5 significantly enhances workplace safety. Furthermore, our installations comply with all relevant European and Irish safety regulations.

Yes. We offer comprehensive support throughout the installation's lifecycle, including design, implementation, routine maintenance, and overhauls to ensure your facility remains operational 24/7.

You can reach out to our specialist team via the Noreside Engineering Contact Page to discuss your specific production requirements.

To speak to our team about the Qimarox Prorunner mk5 – contact us using the form below.

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Irish drinks manufacturer boosts throughput by automating vertical transport

ATEX-Certified Conveyor Rollers and Idlers

Exploring Safety Innovation with Keyence

Spotlight

From Apprentice to Automation Engineer: Victor Murray’s story

Automation Apprenticeships at Noreside Engineering: Victor Murray’s story

Can you tell us a bit about your background and how you ended up at Noreside Engineering?

I originally started out doing more traditional industrial site work. A lot of it was basic power distribution on building sites – sockets, lighting, SWA terminations, that kind of thing. When the opportunity came up to move into an automation apprenticeship at Noreside Engineering, it felt like a big step, but also a really exciting one. I knew it was a chance to learn a completely new side of the trade.

What was the biggest change for you moving into automation?

The environment, without a doubt. Going from building sites into a controlled factory setting was a huge shift. Suddenly I was working on complex machines and conveyor systems, wiring control panels with components I’d never seen before, aligning sensors from CAD drawings and working closely with fitters, programmers and welders. It was a completely different way of working and thinking.

How did you feel at the start?

A mix of excitement and nerves. I was delighted to be learning something new and working on more advanced projects, but it was definitely intimidating at the beginning. Seeing a fully wired automation control panel for the first time, or a three-metre-tall robotic arm moving at speed, really puts things into perspective. That said, it also made me want to understand how it all worked and how I could get to that level myself.

What was the learning curve like?

Steep, if I’m honest. At the start, I felt like a fish out of water. I wasn’t familiar with the components in the panels, different sensor types, motors, power supplies, safety relays or VFDs. My own work also wasn’t at the standard required initially, so I spent a lot of time redoing tasks to get them right and to meet the engineers’ specifications. It was challenging, but it was all part of the learning process.

How has Noreside Engineering supported you through that?

The support has been brilliant. Everyone is approachable and willing to help. If you don’t understand something, someone will always take the time to explain it. Looking back, I probably could have asked more questions at the start, but I quickly realised that the team genuinely wants apprentices to learn and improve. That support makes a massive difference.

Where are you at now in your apprenticeship?

I’m at a point now where I’m very comfortable wiring control panels to a high standard and understanding how all the components function together. I’m regularly trusted with my own electrical projects on machines and conveyors, including selecting components and cables myself. I’ve become very proficient in control wiring, which is something I wouldn’t have imagined when I first started.

What do you enjoy most about the apprenticeship programme?

The variety and the level of involvement. You’re not just doing one small task over and over. You get exposure to the full process – from having input at the design stage, to ordering switchgear and components, building and testing machines, and finally installing them on site as part of a production line. It makes the work really rewarding because you see projects through from start to finish.

If you could give advice to someone starting out, what would it be?

Do some research into automation before you start and try to understand how the different components work together. Most importantly, don’t be afraid to ask questions. I learned quickly that everyone at Noreside is there to help, and asking questions only helps you improve faster.

Looking ahead, how do you see your future in automation?

Automation was absolutely the right career choice for me. What was once a very daunting environment is now something I genuinely enjoy every day. I can’t see myself doing anything else. The work is challenging, interesting and constantly evolving, and the apprenticeship at Noreside has played a huge part in getting me to this point.

Noreside Engineering Automation Apprenticeships are linked with

Apprenticeship.ie, Solas.ie, Kilkenny and Carlow Education and Training Board 

 

Other articles you may be interested in

The Apprentice of the Year Awards 2025

Meet the team – Thomas Blanch, Junior Design Engineer

2025 Generation Apprenticeship Awards

Spotlight

The Future of Precision Engineering at Noreside Engineering

The Future of Precision Engineering at Noreside Engineering

Last month, we spent time on site in Kilkenny filming a series of short videos with our team at Noreside Engineering. The aim was simple: to give a clear, honest view of where we are going as a business and how we see the future of precision engineering evolving across the industries we serve.

This first video features Gavin Mahony Operations Manager, Michael Gibbs Senior Project Manager. The series focuses on our people. It captures their perspective on growth, innovation and the responsibility that comes with supporting compliance-driven sectors such as food, beverage and pharmaceuticals.

Investing in the Right Kind of Growth

As Noreside Engineering continues to grow, our focus remains on doing so in a considered and sustainable way. Investment in precision engineering is not just about new equipment or expanded capacity. It is about repeatability, accuracy and building systems that perform consistently in regulated environments.

Our team understands the importance of hygienic design, robust materials and engineered solutions that align with European standards such as GMP, EHEDG and ISO requirements. These are not optional extras for our clients; they are fundamental to safe, efficient and compliant production.

Supporting Food, Beverage and Pharmaceutical Manufacturers

The food, beverage and pharmaceutical sectors demand a level of precision and reliability that goes beyond general manufacturing. From specialist conveyors to stainless steel platforms, every solution we deliver must integrate seamlessly into existing processes while supporting throughput, safety and long-term performance.

In the video, our team speaks about working closely with clients to understand their operational challenges. That collaboration allows us to design and manufacture systems that are not only fit for purpose today but capable of supporting future expansion and process optimisation.

Our People, Our Direction

At the centre of Noreside Engineering is our team. Their experience, technical expertise and attention to detail shape everything we do. Hearing directly from them offers a genuine insight into our direction as a business and the values that guide our work.

This video series is just one way we are opening up the conversation about what precision engineering means to us and how we plan to continue supporting high-end manufacturing environments across Ireland and beyond.

Spotlight

The Apprentice of the Year Awards 2025

The Apprentice of the Year Awards 2025

A Day Celebrating Ireland’s Apprenticeship Community

R to L Niall Drennan, Brenda Meaney, Patricia Nolan

Last week, the Noreside Engineering team attended the Apprentice of the Year Awards at the Gibson Hotel in Dublin. While we didn’t take home an award this year, the event offered something just as valuable: new ideas, fresh inspiration and a clearer vision for how we can continue improving the apprenticeship experience within our organisation.

Learning From Ireland’s Best Apprenticeship Employers

The awards brought together employers, educators, mentors and apprentices from across the country to celebrate excellence in apprenticeship training. It was a powerful reminder of how important structured, supported learning is in building Ireland’s future engineering and manufacturing workforce.

For Noreside Engineering, the event reinforced our commitment to enhancing every stage of the apprenticeship journey. From onboarding and hands-on technical training to mentoring and long-term career pathways, we want every apprentice who joins our team to feel supported, valued and equipped to succeed.

Strong Partnerships Driving Skills Development

Apprenticeships thrive when industry and education work together. We are proud to collaborate with national and regional partners who help shape and deliver high-quality training programmes across Ireland.

Learn more about their work here:

These organisations play a vital role in supporting apprentices, employers and training centres, ensuring the skills taught today align with the needs of tomorrow’s industries.

Looking Ahead With Renewed Energy

Although we didn’t win an award this time, the event was a valuable opportunity to reflect on what truly matters: developing people, nurturing talent and helping shape the next generation of skilled engineers in Ireland.

Congratulations to all the nominees and winners who continue to inspire progress across the apprenticeship community. With new ideas and renewed motivation, Noreside Engineering is already looking ahead to next year’s awards with even greater ambition.

Spotlight

How IBC Washing Works: High-Pressure Jetting, Tipping and Drying Explained

In industries where hygiene and consistency cannot be compromised, the way an IBC is washed matters. At Noreside Engineering, we design and manufacture IBC washing systems for food, beverage and pharmaceutical clients across Ireland. Each system is engineered to deliver reliable, repeatable cleaning that meets rigorous European hygiene expectations and supports seamless production workflows.

High-Pressure Spray Nozzles

The wash process begins with high-pressure spray nozzles designed to reach deep into corners, seams and internal surfaces of the container. These nozzles deliver precise, controlled jetting to break down residues and remove stubborn product build-up. By combining pressure, angle and coverage, the system achieves a consistent internal clean every time, ensuring the container is ready for re-use without contamination risks.

Full Jetting Cycle Coverage

Our wash cycles are designed to be thorough and efficient. The internal spray pattern is engineered to reach all areas of the IBC, including hard-to-access points where residues can accumulate. This makes the process ideal for applications where hygiene is paramount and cross-contamination cannot be tolerated. For operators, the automated cycle keeps the process safe, predictable and highly reliable.

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Automated Tipping and Draining

Once the jetting stage is complete, the IBC is automatically tipped. This step ensures all internal contents and wash water are fully drained. By eliminating manual lifting or handling, the system improves safety while achieving a cleaner, more efficient workflow. The tipping mechanism positions the container at the optimal angle for quick and complete emptying, preparing it for drying.

Drying and Final Preparation

After draining, the IBC enters the drying stage. Controlled air circulation removes remaining moisture and leaves the container ready for immediate return to production. Drying is a crucial step for food and pharmaceutical manufacturers, as moisture left inside a container can compromise product quality or lead to operational delays.

Engineering for Hygiene and Repeatability

Every IBC washing system we build is manufactured using stainless steel and hygienic design principles. Our team has extensive experience working with compliance-driven clients, allowing us to engineer solutions that meet your operational, environmental and regulatory needs.

For more information on our IBC washing systems, visit:
https://www.noresideengineering.com/product/ibc-washing-systems/

FAQ On IBC Washing Systems 

An IBC Washing System is an automated station designed to clean Intermediate Bulk Containers (IBC's) using controlled water pressure and detergents. Noreside Engineering is the leading manufacture of these machines for food and pharmaceutical customers in Ireland. Our systems ensure every container is cleaned to the same standard.

Depending on the contamination level and wash sequence, cycles typically range from 4 to 15 minutes including drying.

Yes, we can design systems with chemical-resistant materials and adjustable wash programmes to remove solvent-based residues.

Standard configurations use mains water, compressed air, and three-phase electrical supply. Optional steam integration is available.

Absolutely. All our systems are built with validation access points and can log temperature, pressure, and time for each cycle.

Yes, we offer installation, operator training, and ongoing maintenance contracts to ensure long-term reliability.

They are used by food producers, beverage manufacturers, dairy plants, pharmaceutical companies and any facility that relies on clean bulk containers for ingredients or liquids.

The key advantages include improved hygiene, reduced labour, consistent cleaning quality, lower water and chemical usage, faster turnaround times and predictable cleaning cycles.

Automated systems run validated wash cycles with controlled pressures, temperatures and timings. This removes human error and ensures each clean meets the same standard every time.

Savings vary by site, but most facilities reduce labour hours significantly and lower water and chemical usage. These reductions usually lead to a fast payback period and long-term operational savings.

Yes. Every system we produce is custom-designed to suit the customer’s IBC sizes, cleaning requirements, site layout and available utilities. Noreside engineers build each system to order.

We are one of Ireland’s leading specialists in stainless steel machinery and compliance-driven equipment. Our engineers have extensive experience in designing and building washing systems that meet the hygiene and operational needs of regulated industries. We offer complete design, build, installation and aftercare from our engineering hub in Kilkenny.

Meet the team – Mark Donnelly

Food-Grade Washdown Conveyors

 

Get in Touch

To obtain further details regarding our array of products and services, or to arrange a complimentary consultation, kindly complete the form, reach out via phone, or send us an email.

Speak to Us +353 (0)56 77 639 66
Email Us info@noreside.ie
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