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The Complete Guide to Automated Filling & Capping Lines

The Complete Guide to Automated Filling & Capping Lines

At Noreside Engineering, we specialise in designing and integrating automated filling and capping systems for the pharmaceutical, food, and beverage industries. Built from hygienic 316 stainless steel and designed to meet European regulatory standards, our turnkey solutions combine precision, compliance, and efficiency at every stage of the process.

Whether you are filling vials in a pharmaceutical cleanroom or bottles in a high-throughput beverage line, our systems are engineered to deliver repeatable accuracy, full traceability, and reduced downtime.

1. Bottle & Vial Orientation – Getting It Right from the Start

The process begins with containers arriving in bulk. These are fed into unscrambling lines with vibrating bowls that ensure every bottle or vial is facing the same way. Proper orientation at this stage is crucial: it sets the foundation for consistent filling, capping, and inspection downstream.

👉 Content tip for readers: Correct unscrambling eliminates stoppages, reduces manual handling, and allows the line to operate at higher speeds without errors.

2. Precision Filling Stations

Once oriented, bottles and vials move to the first filling station. Here, our technology delivers product with pinpoint accuracy. Precise filling ensures consistent product volumes, reduces waste, and helps maintain compliance with strict industry standards.

At Noreside, we tailor filling solutions to suit the product being handled — from pharmaceuticals requiring micro-dosing accuracy to beverages needing rapid, high-volume throughput.

3. Capping & Torque Measurement

After filling, the containers pass through multiple capping stages:

  • Cap placement: lids are positioned automatically.

  • Cap tightening: torque is applied to achieve a secure seal.

  • Torque verification: sensors check the exact tightness of each cap.

This final torque measurement step is critical in industries where compliance, safety, and shelf life depend on correct sealing. Our integrated systems provide digital validation of every cap, giving clients full confidence in product quality.

4. Vision Systems & Quality Control

Next, the line employs vision inspection systems. These check:

  • Cap position and alignment

  • Liquid fill levels

  • Presence of batch numbers and expiry dates

This combination of visual and sensor-based checks ensures compliance with GMP and EHEDG standards and prevents defective products reaching downstream packaging.

5. Traceability & Coding

For full regulatory compliance, batch numbers and expiry dates are printed directly onto the vials or bottles. This step ensures products can be traced throughout their lifecycle, providing accountability and consumer safety.

6. End-of-Line Robotics

At the final stage, robotic pick-and-place systems handle finished containers, transferring them seamlessly onto conveyors or downstream packaging lines. Robotics reduce manual handling, increase throughput, and support a safer, more hygienic production environment.

7. Hygiene & CIP Capability

All filling and capping lines are manufactured using 316 stainless steel, making them fully food-grade. To support hygiene and minimise downtime, our systems can be supplied with CIP (Clean-in-Place) capability. This allows cleaning cycles to be run automatically, reducing the need for manual intervention.

Why Choose Noreside Engineering?

  • Concept Design Expertise – We work closely with clients to understand their requirements, review existing processes, and create the most efficient, cost-effective solution.

  • 3D Walk-Throughs – Before build, we provide detailed layouts and 3D visualisations so stakeholders can confirm every element of the design.

  • Turnkey Delivery – From unscrambling to robotics, we integrate complete filling and capping systems.

  • Compliance First – All equipment is CE-marked and has in line design with ISO 9001:2015 Quality Management standards.

Yes. Our systems can be tailored to handle a wide variety of container types, from pharmaceutical vials to beverage bottles.

Sensors measure the exact tightness of each cap, ensuring compliance and preventing leaks or loose seals.

Yes. We can integrate Clean-in-Place technology to reduce downtime and maintain hygiene standards.

Absolutely. Pick-and-place robotics can be adapted to different packaging formats and end-of-line requirements.

Ready to Automate Your Filling Line?

👉 Talk to our experts today about a turnkey solution tailored to your production environment.

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Spotlight

Meet the team – Mark Donnelly

Meet the team – Mark Donnelly

Mark  has started for Noreside as a Procurement specialist based in our offices in Kilkenny. We wanted to ask him a few questions about his role and interests.

  1. You’ve settled into your new role as Procurement Specialist — what’s a typical day look like for you in your job?

“No two days are the same — one minute I’m tracking deliveries, the next I’m sourcing a critical part or negotiating with a supplier. It’s a mix of problem-solving and relationship-building, which keeps things interesting.”

2. Procurement is all about keeping projects moving and parts arriving on time — what’s your secret weapon for staying calm when deadlines are looming?

“Organisation is the secret. I keep a close eye on lead times and always have a Plan B supplier if something slips. A bit of calmness goes a long way when the pressure’s on.”

 

3 Last year you won a junior all Ireland club hurling championship in Croke Park— fair play! What makes you more nervous – Fabricators standing over your desk missing parts or a knockout fixture in Nowlan Park?

“Definitely fabricators missing parts! At least in Nowlan Park you know what to expect — in procurement, the curveballs can come from anywhere.”

4. A few of the old hands at Noreside hurled— any talk yet of getting a Noreside “All-Stars” team together?

“My mentor Davy wants to play full forward and take frees + penalties!”

5. When you’re not chasing down suppliers or sliotars, what do you do to switch off?

“I like to keep active — hurling obviously takes up a lot of time, I play soccer through the Winter and work at home on the family farm.”

Meet the team – Thomas Blanch, Junior Design Engineer

Spotlight

Exploring Safety Innovation with Keyence

Exploring Safety Innovation with Keyence – GL-V Light Curtain Demo at Noreside

At Noreside Engineering, we’re always interested in how new technologies can improve safety and efficiency in the workplace. Recently, we had the pleasure of welcoming Keyence Technical Sales Rep, Jack, to our Kilkenny facility for a demonstration of their GL-V Series Safety Light Curtain.

The session gave our team the chance to see first-hand how modern safety devices can be seamlessly integrated into production environments without compromising throughput. For us, exploring tools like this is part of our ongoing commitment to staying at the forefront of engineering innovation for the food, beverage, and pharmaceutical sectors.

What is a Safety Light Curtain?

A safety light curtain is a safeguarding device that creates an invisible barrier of infrared beams around hazardous machinery. If any of these beams are interrupted, the system automatically signals the machine to stop, preventing accidents and protecting operators. Unlike traditional guards, light curtains provide protection without restricting visibility or slowing down workflow.

The Keyence GL-V series stood out during the demo for its robustness and flexibility. Its durable construction is designed for demanding industrial environments, while the slim profile and easy alignment make installation straightforward.

Why This Matters for Noreside

As specialists in conveyors, automation, and stainless-steel platforms, we work with clients who operate in compliance-driven industries. Safety is non-negotiable – and solutions like the GL-V demonstrate how modern systems can enhance operator protection while keeping processes efficient.

“Seeing the GL-V in action reinforced how technology and safety can go hand in hand,” said one of our engineers after the session. “It’s compact, smart, and designed with real-world applications in mind.”

FAQ – Keyence GL-V Safety Light Curtain

The GL-V is safety system designed for a wide range of industrial applications, including food and beverage manufacturing, pharmaceuticals, packaging, and general automation.

By projecting multiple invisible beams across a protected zone, the GL-V instantly stops machinery if an operator or object breaks the barrier – preventing accidents before they happen.

One of the key advantages of the GL-V is its user-friendly design. Jack explained that the system is quick to align, easy to mount, and built to withstand tough environments, reducing downtime and maintenance needs.

Quite the opposite. Unlike physical guards, light curtains allow easy access to machinery for maintenance or setup, while still maintaining a high level of safety. This helps operators work faster and more efficiently.

Looking Ahead

Our thanks to Jack and the Keyence team for showcasing the GL-V at Noreside. Innovation like this reinforces our belief that the best engineering solutions don’t just deliver performance – they also protect people.

At Noreside Engineering, we’ll continue to explore new technologies that align with our mission of delivering safe, reliable, and future-ready systems for our clients.

To discuss how innovations like this can improve processes on your site contact us here.

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Spotlight

Noreside Engineering – Our Journey to ISO 9001:2015

Noreside Engineering – Our Journey to ISO 9001:2015

NSAI cert

Raising Standards

At Noreside Engineering, quality has always been at the centre of our work. Gaining ISO 9001:2015 accreditation formalises that commitment and demonstrates to our customers that every project is delivered to internationally recognised standards.

To find out what this means in practice, we spoke with our Business Manager, Brenda Meaney, who played a key role in leading the project and ensuring the company met all requirements for certification.

Why did Noreside pursue ISO 9001:2015 accreditation?

“For us, ISO 9001:2015 was about more than just compliance,” explains Brenda. “It’s about giving our customers the assurance that every component, machine, and system we deliver is built on robust processes that meet recognised international standards.”

What does the Quality Management System mean for day-to-day operations?

“The QMS is integral to the running of the business,” says Brenda. “It ensures our processes are clearly defined, documented, and repeatable. That consistency means our customers can rely on us for precision, efficiency, and reliability – every single time.”

How did the team prepare for certification?

“We carried out a full review of our procedures, looking at everything from design through to manufacture and supply,” Brenda notes. “It was important to embed improvements, not just to pass an audit, but to build a culture of continuous improvement that supports our growth long term.”

What benefits does this bring to customers?

“Our customers can have full confidence that we operate to a recognised standard,” Brenda explains. “It’s about trust – trust that we’ll deliver consistently, trust that we’re always looking for ways to improve, and trust that their projects are in safe hands.”

What’s next for Noreside?

“ISO 9001:2015 isn’t a one-off achievement, it’s an ongoing commitment,” Brenda concludes. “We’re continually reviewing, adapting, and strengthening our processes to ensure we stay at the forefront of quality engineering.”

A Lasting Commitment to Quality

Noreside’s ISO 9001:2015 accreditation is not just a milestone – it’s part of our DNA. By embedding quality management into every aspect of the business, we are ensuring that our customers benefit from reliable, compliant, and future-ready engineering solutions.

2025 Generation Apprenticeship Awards

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

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Spotlight

Building the Future of Engineering: Noreside Apprenticeships 2026

Building the Future of Engineering: Noreside Apprenticeships 2026

At Noreside Engineering, we believe the best way to learn is by doing. That’s why our Apprenticeship Scheme in 2026 is expanding, giving young people in Kilkenny and the South East the opportunity to gain real, practical skills and begin a rewarding career in engineering.

Our apprenticeship programmes are designed to combine hands-on training with structured learning, ensuring apprentices graduate with the qualifications, confidence, and experience to thrive in the industry.

Apprenticeship Roles Now Open

We are currently recruiting for the following apprenticeship positions:

  • Apprentice Fabricator – Learn the skills of precision fabrication, working with stainless steel and specialist materials used in the food, beverage, and pharmaceutical industries.

  • Apprentice Fitter – Train in the assembly, maintenance, and installation of mechanical systems that power advanced production lines.

  • Apprentice Electrician – Gain expertise in wiring, control systems, and automation technologies, supporting projects across Ireland and Europe.

Each of these roles is a gateway into a career filled with opportunities. Our apprentices don’t just learn the theory — they become part of our team, delivering engineering and automation projects for global clients across Europe.

Why Choose an Apprenticeship with Noreside?

  • Practical learning: Work alongside experienced engineers on real projects.

  • Mentorship and support: Learn directly from skilled professionals invested in your success.

  • Recognised qualifications: Earn a nationally accredited qualification while building your career.

  • Exciting industries: Be part of compliance-driven projects in pharma, food, and beverage manufacturing.

As our Production Supervisor, Jimmy Leahy, explains:

“Apprentices bring fresh energy to the workshop. We make sure they’re given the chance to learn by doing — whether that’s fabricating parts, fitting machinery, or supporting installations. It’s rewarding to see them progress and become key members of the team.”

Linked with SOLAS and SETU

Noreside Engineering is proud to be part of the national SOLAS Apprenticeship Programme, which provides structured training and recognised qualifications for apprentices across Ireland.

Through this partnership with Solas & South East Technological University, our apprentices split their time between classroom learning and hands-on experience in our Kilkenny workshop, ensuring they gain both the technical knowledge and the practical skills needed to succeed.

By aligning with the SOLAS framework, we give young people a trusted pathway into engineering, backed by a qualification that is valued across multiple industries.

Apply Today

If you’re finishing school, considering your career options, or ready to take your first steps into engineering, our apprenticeships could be the perfect fit. Discover more and apply for our open roles here:

Careers

Spotlight

AGV Integration for Heavy Food Manufacturing

Case Study: AGV Integration for Heavy Food Manufacturing

At Noreside Engineering, we specialise in helping compliance-driven industries modernise their production facilities with automation solutions. One of the fastest-growing areas of automation is the use of Automated Guided Vehicles (AGVs) to replace manual forklifts for transporting goods. In a recent project, we supported a leading Irish food manufacturer in integrating AGVs to handle the movement of heavy packaged items within their plant.

The Challenge

The client, a large food manufacturer handling heavy packaged products, needed to improve efficiency in its packing and storage areas. Traditionally, forklift trucks were used to transport pallets of finished goods weighing several hundred kilograms between the production floor, storage areas, and dispatch zones. While this approach was functional, it came with challenges. Forklift operations required significant labour, created congestion in busy areas, and introduced safety risks, particularly in high-care production environments. Additionally, forklifts rely on skilled operators and add to operating costs through fuel, training, and maintenance.

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The client wanted a solution that would ensure a constant and reliable flow of heavy food products without depending on manual forklifts. Their goal was to free up staff for higher-value tasks, reduce risks, and make operations more efficient while preparing for future growth in output.

Noreside’s Solution

Working closely with our technology partners, Noreside introduced a system of Automated Guided Vehicles. These driverless forklifts are compact, reliable, and designed for autonomous pallet transport. Using advanced laser navigation, the AGVs can move freely around the facility without requiring rails, tracks, or complex infrastructure.

Our engineers integrated the AGVs into the client’s existing conveyor system so that pallets of finished goods are automatically picked up at the end-of-line and transported to designated storage or dispatch areas. This ensured a seamless link between packaging, storage, and outbound logistics. The installation required minimal disruption to operations, as the AGVs could be mapped to follow existing routes without physical modifications to the facility.

Benefits Delivered

Since the introduction of AGVs, the client has achieved measurable gains:

  • Efficiency: Pallets of heavy food items are now moved continuously, ensuring the packing line is never disrupted by delays in transport.

  • Safety: By reducing forklift traffic, the manufacturer has lowered the risk of accidents and improved working conditions in high-care environments.

  • Cost savings: The AGVs operate around the clock, and labour previously tied to forklift operations has been reassigned to more value-adding tasks.

  • Scalability: The system is modular, allowing more AGVs to be added as production volumes increase.

  • Compliance: Operating in line with GMP and EHEDG principles, the AGVs contribute to hygienic and controlled production environments.

Why AGVs are Transforming Food Manufacturing

By deploying AGVs, this Irish food manufacturer has transformed the way heavy packaged products are moved across its facility. The result is a safer, more efficient, and more scalable production process. For food and beverage companies, AGVs represent a powerful step toward full automation. With Noreside Engineering’s expertise in conveyor integration and compliance-driven design, AGVs can be deployed as part of a broader strategy to future-proof operations and strengthen supply chains.

About Noreside Engineering

Noreside Engineering, based in Kilkenny, Ireland, has over 30 years of experience in designing and delivering stainless-steel platforms, conveyor systems, and automation solutions. We work with clients in the food, beverage, and pharmaceutical industries to deliver projects that improve efficiency while meeting stringent hygiene and regulatory requirements. By partnering with leading technology providers, we bring global automation innovations like AGVs to local manufacturers, delivering turnkey systems that are future-ready.

Automated Guided Vehicles are driverless forklifts that transport pallets and goods autonomously around a production facility.

They use laser navigation and mapping technology, which means no rails or tracks are required. This makes installation fast and flexible.

Yes. AGVs reduce manual handling, improve safety, and operate effectively in high-care environments while supporting GMP and EHEDG compliance.

Absolutely. At Noreside, we design conveyor systems that integrate seamlessly with AGVs to create efficient, automated product flows.

They can be expanded over time by adding more units, making it simple to scale operations as demand grows.

To discuss your next project, contact Noreside Engineering for more info

 

AGV Integration for Heavy Food Manufacturing

Automated Guided Vehicles (AGVs): Transforming Warehouse and Manufacturing Logistics

Automated Guided Vehicles (AGVs) 

 

 

Spotlight

Noreside Engineering to Exhibit at Medical Technology Ireland 2025

NoresNoreside Engineering to Exhibit at Medical Technology Ireland 2025ide Engineering to Exhibit at Medical Technology Ireland 2025

Noreside Engineering is proud to announce that we will be exhibiting at Medical Technology Ireland 2025, taking place in Galway later this month. The conference is one of the premier events in the life sciences sector, bringing together leading innovators, manufacturers, and solution providers who are shaping the future of medical technology in Ireland and beyond.

Showcasing Engineering Expertise

At Noreside, we specialise in delivering intelligent mechanical and automation solutions to the pharmaceutical, medical device, and food & beverage industries. From hygienic stainless-steel platforms and conveyor systems to precision automation and process integration, our work is focused on compliance, efficiency, and reliability. Exhibiting at this event gives us the opportunity to demonstrate how our solutions support the stringent standards of the life sciences sector.

Meet the Noreside Team in Galway

Representing Noreside at the conference will be Michael Gibbs, Project Director, and Niall Drennan, Commercial Manager. Both will be on hand throughout the event to meet delegates, answer questions, and discuss our recent projects. This is a great opportunity to learn more about how our engineering expertise can help streamline processes, improve throughput, and deliver long-term value for medical technology manufacturers.

Why Attend Medical Technology Ireland?

With over 200 exhibitors and a packed agenda of talks and workshops, Medical Technology Ireland is a must-attend event for professionals in the sector. Delegates will gain insights into the latest innovations, regulatory updates, and industry best practices, while networking with peers and potential partners. For Noreside, it’s also a chance to highlight our ongoing commitment to supporting Ireland’s thriving medtech industry.

Connect With Us

If you’re attending Medical Technology Ireland 2025, we’d love to meet you. Stop by our stand to see how Noreside Engineering is helping life sciences companies achieve their production goals with precision-engineered solutions.

👉 Contact us today to schedule a meeting with our team in Galway.

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Spotlight

Meet the team – Thomas Blanch, Junior Design Engineer

Meet the team – Thomas Blanch, Junior Design Engineer

Thomas Blanche Noreside EngineeringThis month we catch up with Thomas Blanch, a new member of our design team here at Noreside Engineering.

Thomas recently joined Noreside after completing his BEng (Hons) in Mechanical & Manufacturing Engineering at SETU Waterford, where he achieved a 2:1 degree classification. With a solid foundation in mechanical principles and modern manufacturing processes, he brings practical skills in CAD, FEA, materials selection, and lean manufacturing.

Q: What’s your role at Noreside and a tiny bit of your background?
Currently I am a junior design engineer fresh out of college as of May. I studied a BEng in Mechanical & Manufacturing Engineering and in my spare time I enjoy 3D printing, designing and creating useful/cool items.

Q: What’s the coolest bit of engineering kit / design work you’ve done?
So far at Noreside I’ve worked on various conveying systems, previously in college I worked on various design projects utilising additive manufacturing.

Q: If you weren’t a design engineer, what would you be doing instead?
Prior to commencing my degree I had considered a career in wind generation, specifically wind turbine blade inspection.

Q: Tea or coffee to fuel your day?
Coffee, always!

Q: What’s your favourite bit about working at Noreside Engineering?
Each day varies, no two days are the same.

Thomas has a passionate for solving real-world challenges through smart design.  He is now applying his knowledge to innovative conveyor and automation projects here at Noreside Engineering.

Thanks Thomas!

If you’re intersted in a role at Noreside Engineering please check our open roles below

Careers

Spotlight

Dairy Production Automation: A Complete Rebuild of a Specialist Packaging Line

Dairy Production Automation: A Complete Rebuild of a Specialist Packaging Line

In the fast-moving dairy industry, production facilities must balance efficiency, compliance, and sustainability. For one leading Irish dairy producer, the challenge was clear: modernise an automated packaging line to meet evolving food production requirements. By partnering with Noreside Engineering, the company achieved a full electrical and mechanical rebuild, redefining what is possible in dairy production automation.

Meeting the Demands of Modern Dairy Production

Automated systems are at the heart of dairy production automation, enabling high-volume output while ensuring hygiene and consistency. For this client, their specialist packaging line was essential for bringing products to market. However, with rising regulatory demands and the need for more sustainable packaging, a mechanical and electrical overhaul became essential.

Noreside Engineering was tasked with conducting a full investigation and delivering a solution that would improve process capability, enhance compliance, and prepare the line for higher production future of automated dairy packaging.

Mechanical Overhaul and Electrical Rewiring

As part of the rebuild, the machine underwent a complete mechanical overhaul. Every moving component was assessed, repaired, or replaced to restore performance.

The line was also completely rewired, improving control, fault detection, and energy efficiency. These upgrades ensure reliable uptime, reduce risk, and make the system easier to maintain — all critical factors for dairy production automation.

Hygienic Conveyors and Hydraulic Upgrades

Conveyors are the backbone of any automated dairy packaging line. Noreside integrated new hygienic stainless-steel conveyors with wash-down design, optimised for dairy industry standards. These conveyors handle products with precision, reducing waste while ensuring compliance with hygiene protocols.

Hydraulic systems were modernised to deliver smoother operation, reduced energy consumption, and greater reliability. This combination significantly enhanced throughput while aligning with the demanding standards of food and dairy production.

Compliance and Sustainability in Dairy Production Automation

Food and dairy producers are under increasing pressure to demonstrate compliance with strict hygiene, traceability, and packaging requirements. Furthermore this project delivered a future-proof solution that integrates:

  • Full compliance with current and anticipated food production regulations
  • Capability to run 100% recyclable packaging materials
  • Improved hygiene and efficiency through conveyor and hydraulic upgrades
  • Reduced downtime through complete rewiring and mechanical overhaul
  • By embedding sustainability into the rebuild, the production line now aligns with consumer expectations and regulatory goals.
  • The Results: Future-Ready Dairy Production

With its upgraded design and automation, the dairy packaging line is now prepared to deliver consistent performance for years to come. The client benefits from:

  • Improved efficiency and throughput
  • Reduced operational risk and downtime
  • Full compliance with evolving food safety standards
  • Long-term sustainability through recyclable packaging integration
  • Lower maintenance costs thanks to modernised systems

It refers to the use of automated machinery and control systems to handle dairy processing, packaging, and compliance efficiently and consistently.

To modernise the system in line with new food production regulations, improve reliability, and enable the use of recyclable packaging.

A full mechanical overhaul, complete rewiring, new hygienic conveyors, and upgraded hydraulic systems.

It increases efficiency, reduces labour costs, ensures compliance, and improves sustainability across the production process.

We provided end-to-end expertise, from investigation and redesign to installation and commissioning of the rebuilt system.

Supporting the Dairy Industry with Automation

This project demonstrates how Noreside Engineering helps dairy producers modernise their facilities through automation, compliance-driven upgrades, and sustainable engineering.

If your facility is looking to enhance efficiency or align with new regulatory requirements, we can deliver solutions tailored to your needs.

Contact us today to discuss your next project.

 


Heavy-Duty Pallet Conveyor Systems: Built for Industrial Strength

 

 

Spotlight

Streamlined Palletising for Beverage Manufacturing in Ireland

Case Study: Vertical Conveyor Integration for a Leading Beverage Manufacturer in Ireland

When a major Irish beverage producer needed to improve product flow within its production facility, they turned to Noreside Engineering for a complete conveyor solution. With demand increasing, the client required a system that could transfer packaged products between levels quickly, safely, and in compliance with strict industry standards.

The Challenge

The client’s growing production volumes created pressure on existing processes. Moving cartons between different levels relied heavily on manual handling and forklift transport. This not only slowed operations but also introduced safety risks and inefficiencies. The manufacturer wanted a solution that would streamline vertical product movement while maintaining hygienic design and regulatory compliance.

Noreside’s Solution

Noreside Engineering designed and delivered a turnkey conveyor system that ensures a smooth and efficient flow of products from packaging to distribution. Central to this solution was the integration of the Qimarox Prorunner® mk5 vertical conveyor. Compact, reliable, and low-maintenance, the Prorunner® mk5 was the ideal choice to handle continuous vertical transport in a high-volume beverage environment.

Our team fabricated the supporting stainless-steel conveyors and platforms, ensuring the system aligned with GMP and EHEDG standards. By combining our fabrication expertise with Qimarox’s proven vertical transport technology, we created a robust and future-ready solution tailored to the client’s needs.

Project Outcomes

The installation delivered immediate and measurable benefits:

  • Increased throughput by removing bottlenecks in vertical product transfer

  • Improved safety by reducing reliance on manual lifting and forklift operations

  • Compliance with stringent GMP and EHEDG requirements through stainless-steel hygienic design

  • Better use of floor space, as the compact vertical conveyor replaced larger lifting solutions

The system now enables seamless movement of packaged beverages through the facility, supporting the client’s growth and strengthening their supply chain performance.

Why Work with Noreside Engineering?

With over 30 years of experience, Noreside Engineering combines specialist fabrication capabilities with deep industry knowledge. We understand the challenges faced by food, beverage, and pharmaceutical manufacturers and deliver systems that meet regulatory, hygienic, and operational demands. Our partnerships with leading European technology providers, such as Qimarox, ensure our clients benefit from the best available equipment, integrated into solutions designed specifically for their facilities.

FAQ: Vertical Conveyor Projects with Noreside

What role did Noreside play in this project?

We designed, fabricated, and installed the conveyor system, integrating the Qimarox Prorunner® mk5 vertical conveyor to create a seamless, hygienic, and efficient solution.

Why was the Prorunner® mk5 selected?

It provides continuous vertical transport with high throughput, a compact footprint, and low maintenance requirements, making it ideal for beverage production environments.

Can the system handle different packaging types?

Yes. The Prorunner® mk5 can be configured to handle a wide range of cartons, crates, and packaging formats.

How is compliance with food and beverage standards ensured?

All supporting conveyors and platforms were fabricated in stainless steel and designed in line with GMP and EHEDG guidelines.

Can the system expand as production grows?

Yes. Both the Prorunner® mk5 and our conveyor designs are modular, making future expansion straightforward without major redesign.

Conclusion

By integrating Qimarox’s vertical conveyor technology into a complete stainless-steel system, Noreside Engineering delivered a safe, efficient, and scalable solution for one of Ireland’s largest beverage manufacturers. This project demonstrates how our expertise in design, fabrication, and integration enables compliance-driven industries to future-proof their production processes.

Meta description (155 characters): Noreside Engineering integrated a Qimarox vertical conveyor for a leading Irish beverage manufacturer, boosting throughput, safety, and compliance.

WordPress tags (single line): Noreside Engineering, vertical conveyor, beverage manufacturing, conveyors, Ireland, Qimarox Prorunner mk5, end-of-line automation, GMP compliance, EHEDG

To discuss your next project, contact Noreside Engineering for more info

 


Heavy-Duty Pallet Conveyor Systems: Built for Industrial Strength

Spotlight

Bespoke Conveyor Parts Delivered Across Ireland

Bespoke Conveyor Parts Delivered Across Ireland

Noreside Engineering Conveyor maintenanceAt Noreside Engineering, we understand that conveyors are the backbone of production for many of Ireland’s most critical industries. Whether in food processing, pharmaceuticals, beverage manufacturing, or logistics, conveyors must run smoothly to ensure efficiency, compliance, and uptime.

That’s why we specialise in bespoke conveyor parts—engineered, fabricated, and delivered to businesses across Ireland. From custom rollers and precision bearings to hygienic stainless-steel frames and belt solutions, we provide tailored components that keep your production lines moving without compromise.

 

Why Choose Bespoke Conveyor Parts?

Every production environment is unique. Off-the-shelf solutions don’t always fit the requirements of compliance-driven industries. By designing and manufacturing parts to your exact specifications, we help you achieve:

  • Reduced downtime – fit-for-purpose parts minimise breakdowns.
  • Improved hygiene – stainless-steel and wash-down ready components for food & pharma.
  • Extended equipment life – high-quality replacements keep systems running longer.
  • Seamless integration – custom parts designed to match your existing equipment.

Whether you need a one-off replacement, a batch of conveyor components, or a proactive maintenance package, Noreside Engineering is ready to support your operation.

Nationwide Service

Our workshop in Kilkenny serves clients across the country, from Dublin and Cork to Galway and Limerick. With fast turnaround times and expert support, we ensure your conveyors are never out of action for long.

We don’t just supply parts—we provide peace of mind. Our conveyor maintenance services include inspections, preventive maintenance schedules, and responsive support when you need it most.

We provide rollers, bearings, belts, chains, motors, stainless-steel frames, and fully bespoke fabricated components.

Yes. We specialise in custom solutions and can manufacture parts to match your exact specifications.

Absolutely. We supply food-grade, hygienic conveyor parts compliant with EU food safety standards.

Yes. Our solutions meet strict GMP and EHEDG requirements for pharma production.

Yes, we can install and integrate conveyor parts into your existing systems.

Lead times vary depending on complexity, but we prioritise rapid turnaround to reduce downtime.

Yes. We offer scheduled maintenance and service agreements tailored to your site’s needs.

Yes, our engineers provide full system audits and recommend upgrades or replacements.

Yes, we serve clients nationwide across food, beverage, pharma, and industrial sectors.

👉 Get in touch today to discuss your conveyor needs—whether it’s custom parts, replacements, or a full maintenance package.


 

Spare Parts for Conveyors

Spotlight

Precision Automation at Noreside: FANUC Robotics in Action

Precision Automation at Noreside Engineering

At Noreside Engineering, we specialise in automation solutions where precision and speed are non-negotiable. In food, pharma and high-care production lines, even a fraction of a millimetre matters. That’s why we’ve incorporated FANUC’s SR-3iA SCARA robot into our custom systems — a compact, lightning-fast robot that delivers repeatable accuracy at scale.

Why FANUC?

The FANUC SR-3iA is a compact SCARA robot built for high-speed, high-precision pick-and-place tasks. It has a 3kg capacity and a 400mm reach, making it ideal for tight manufacturing spaces, cleanroom operations and hygienic environments.

We chose this model for its:

  • Compact design – perfect for space-constrained applications

  • Incredible speed – performing intricate tasks in milliseconds

  • Precision – repeatability of ±0.01mm

  • IP54 protection – suitable for food-safe environments

When used in our automation cells, the SR-3iA reduces cycle times while ensuring consistency — whether it’s sorting components, placing items on conveyors, or assisting in secondary packaging lines.

What Makes These Robots So Valuable?

Manual tasks in industries like pharmaceutical filling, food handling, or cosmetic packaging often involve repetitive actions that demand absolute precision. These are exactly the kind of processes where the SR-3iA excels:

  • Micro-accurate pick-and-place

  • Delicate handling of sensitive products

  • Exact alignment for sealing or labelling tasks

  • Handling hundreds of cycles per minute with no drop in performance

At Noreside Engineering, we integrate the SR-3iA into fully customised systems, designed around our clients’ line speeds, spatial constraints, and regulatory requirements.

Automation That Speaks Your Language

We don’t just bolt on off-the-shelf solutions. Our in-house design team builds systems that:

  • Integrate seamlessly with existing conveyors or equipment

  • Meet EHEDG and GMP standards for hygiene and compliance

  • Deliver measurable ROI by reducing labour costs and errors

  • Are supported by full documentation, training, and service plans

A Smarter Future for Irish Manufacturing

By incorporating robotics like the FANUC SR-3iA, Noreside is helping Ireland’s manufacturing sector compete at a global level. Whether it’s automating high-care food zones or handling delicate pharmaceutical packaging, precision robots are the future — and we’re proud to be leading that charge.

Frequently Asked Questions

What type of tasks does FANUC’s SR-3iA perform?
It’s ideal for fast, repetitive, high-accuracy tasks like pick-and-place, packaging, sorting, and labelling.

Can it be used in cleanrooms or food environments?
Yes. It has IP54-rated protection and is suitable for clean, hygienic zones.

What industries benefit from this robot?
Food, beverage, pharmaceutical, medical device, cosmetics, and electronics industries.

How fast is it?
It can complete hundreds of precise movements per minute with sub-millimetre accuracy.

Do you supply the robot or a full system?
We supply fully integrated systems — including conveyors, enclosures, sensors, and controls.

Do you offer training and support?
Yes. We provide full documentation, training for operators, and maintenance plans.

Can this robot fit into existing lines?
Absolutely. We specialise in designing systems that integrate into live production lines.

Where can I see it in action?
Contact us for a demo or site visit through our contact page.

Spotlight

Food-Grade Washdown Conveyors

Food-Grade Washdown Conveyors: Built for Hygiene, Engineered for Performance

Washdown conveyorIn the food and beverage industry, hygiene isn’t just a standard — it’s a legal and operational necessity. At Noreside Engineering, we specialise in designing food-grade washdown conveyors that meet the highest industry standards for safety, compliance, and performance.

Whether it’s for raw meat processing, bakery lines, dairy packing or fresh produce handling, our conveyor systems are engineered with hygiene, efficiency and cleanability at the core.

Why Washdown-Ready Matters

Unlike standard conveyor systems, washdown conveyors are built specifically to endure high-pressure cleaning and regular sanitation procedures. Furthermore, their smooth surfaces, sloped frames, minimal flat spots, and open access for cleaning, these systems reduce bacterial harborage and support faster, safer clean-down routines.

They’re an essential part of any HACCP- or GMP-compliant food production line.

Engineered for Cleanability and Compliance

Noreside Engineering uses high-grade stainless steel, precision welds, and hygienic design principles. We design to EHEDG and ISO standards to ensure each conveyor is robust, easy to clean, and tailored to your production needs.

From belt conveyors to modular plastic belt and incline designs, we can fully customise a solution that handles high-moisture environments, chilled or frozen food products, and allergen-sensitive production areas.

Built for the Demands of Food Automation

As the food sector continues to evolve, your conveyor system needs to work hand-in-hand with technologies. Our food-grade conveyors integrate seamlessly with vision systems, robotic arms, checkweighers, metal detectors and packaging machines. Our conveyors deliver a continuous and efficient flow of goods with minimal manual handling.

We partner with some of Ireland and Europe’s most trusted food manufacturers to deliver dependable, high-performance automation systems.

Food-Grade Washdown Conveyors

Food-grade conveyors use materials and designs that prevent contamination, typically stainless steel, with easy-clean surfaces and food-safe components.
A washdown conveyor is designed for frequent cleaning using high-pressure water or chemical sanitation in food or pharmaceutical environments.
Yes, we build our systems in line with EHEDG, HACCP, and ISO standards for hygienic design and traceability.
Absolutely. Our systems are tailored for high-risk zones, including raw meat, poultry, dairy, and seafood processing.
Yes, our hygienic design minimises cross-contact risk and supports strict allergen cleaning protocols.
Yes. Every conveyor we build is fully customised to your space, process, and product.
We offer modular plastic belts, polyurethane belts, and mesh belts – all food-safe and easy to clean.
Yes, they’re designed to integrate with robotic arms, sortation systems, checkweighers, and packaging lines.
Our systems are built for durability with minimal maintenance, but regular inspections and cleaning are essential.
Yes, our engineering team provides full design, build, and installation services across Ireland and Europe.

To talk to a member of our team about Food-Grade Washdown Conveyors

Spotlight

Proactive Site Maintenance for Meat Processing Facilities

Proactive Site Maintenance for Meat Processing Facilities

Our Food‑Grade Automation & Wash‑Down Conveyors are engineered for Ireland’s toughest food‑processing environments.At Noreside Engineering, we understand the fast-paced, high-pressure environments of meat processing plants. Whether it’s beef, dairy, poultry, or pork, these sites run to strict schedules with non-negotiable hygiene and production standards. That’s why our team specialises in delivering proactive site maintenance plans tailored to the unique needs of meat processing facilities across Ireland.

Why Proactive Maintenance Matters

In the meat industry, downtime is costly — not just in terms of lost productivity but also food safety, compliance, and customer trust. Our proactive maintenance approach ensures:

  • Minimised equipment downtime

  • Fewer unplanned stoppages

  • Improved hygiene and compliance

  • Extended equipment lifespan

By regularly visiting meat factory sites and working directly with onsite teams, we can identify minor issues before they escalate into major failures.

Our Process: Site Visits and Planning

Our maintenance programmes begin with a detailed site visit. We work closely with engineering and production teams to assess:

  • Conveyor and automation system performance

  • Stainless steel platform condition and structural integrity

  • Clean-in-place (CIP) system efficiency

  • Potential hygiene or safety risks

  • Opportunities for upgrade or retrofitting

We use these insights to design a custom maintenance schedule that works around your shift patterns and production cycles.

Sector Expertise: Beef, Poultry, Dairy & Pork

Noreside Engineering’s maintenance teams are trained to work across all major meat sectors. We understand the pressures each sector faces:

Helping Ireland’s Food Industry Stay Operational

Ireland’s reputation as a leading meat exporter depends on plants running efficiently, safely, and compliantly. Noreside Engineering supports this through:

  • 24/7 emergency response
  • Preventative maintenance contracts
  • Upgrade recommendations to reduce risk and improve output

We don’t wait for things to go wrong. We help keep your production lines running right — all year round.

Frequently Asked Questions (FAQ)

We support beef, poultry, pork, and dairy processing plants of all sizes.

We tailor the frequency to each client’s needs — from weekly to quarterly visits.

Yes, our plans are designed to minimise disruption by aligning with shift and downtime windows.

Yes, we offer 24/7 emergency engineering support nationwide.

Absolutely. Our engineers follow FSAI and HACCP principles, and align with EHEDG standards for hygienic design.

Yes, we often identify and install upgrades during planned maintenance windows.

Yes. We work with single-site processors and national networks alike.

Use our contact form to schedule an initial consultation.

Yes, we specialise in stainless steel equipment designed for hygienic environments.

We start with a site visit to assess your needs and develop a custom plan.

Spotlight

Conveyor Transfer Methods Explained: Inline, 90-Degree, and More

Conveyor Transfer Methods Explained: Inline, 90-Degree, and More

Efficient product transfer is the heartbeat of any conveyor system. Whether you’re moving bakery goods in a cleanroom or transferring pharmaceutical vials between stations, how you transfer products between conveyors can effect your productivity.

There are several conveyor transfer methods — each with strengths depending on the product type, speed, orientation, and hygiene requirements. Below we explore key methods including inline, 90-degree, and powered transfers.

Inline Transfers

Inline transfers involve two conveyors set up end-to-end in a straight line. This is the most common method and works well for large or stable items. However, small or lightweight products can get stuck or fall between the gap — which is why accessories like nose bars and transfer plates are often added.

Transfer Plates

Transfer plates bridge the gap between conveyors to allow smooth movement across flat surfaces. They’re ideal for cartons or trays but may not suit sticky or irregular products.

Nose Bar Transfers

A nose bar uses a small-diameter roller or pulley to create a tighter gap between conveyors, helping transfer small or unstable products without tipping. They’re often used in food packaging lines where pouches or sachets must travel cleanly between belts.

90-Degree Transfers

A 90-degree transfer turns products at a right angle, helping redirect flow within compact factory layouts. These are commonly found in packaging, bottling, and palletising environments. There are a few ways to achieve this:

  • Pushers: Mechanically push items sideways off one conveyor onto another.

  • Pop-up Transfers: Use motorised rollers that lift and redirect items at 90 degrees.

  • Turntables: Rotate the product before placing it on the adjacent conveyor.

90-degree transfers are ideal for systems with multiple packaging lines or when products need to change direction for labelling, inspection, or wrapping.

Powered Transfer Modules

When precision is essential, powered transfers (like belt transfers or motorised rollers) offer a reliable solution. These modules maintain consistent product speed and orientation, even during complex transfers like merges, diverges, or angle shifts.

Gravity Rollers

Simple and affordable, gravity rollers use slope and momentum to guide items between conveyors. They’re useful in manual packaging lines or for transferring boxes between low-speed conveyor sections.

FAQ: Conveyor Transfer Methods

1. What is a 90-degree transfer in conveyor systems?
A 90-degree transfer redirects items perpendicularly, often using pop-ups, pushers, or turntables.

2. When should I use a nose bar transfer?
Use nose bars for small, delicate, or unstable products that might tip during standard inline transfers.

3. What is the benefit of powered transfers?
They offer controlled movement, better product orientation, and are ideal for high-speed or multi-directional systems.

4. Can I retrofit a 90-degree transfer into my existing conveyor line?
Yes, with careful design and space planning, 90-degree modules can be integrated into many systems.

5. Are transfer plates suitable for food-grade applications?
Only if they’re made from hygienic materials and designed to prevent trapping debris.

6. What causes jams during transfers?
Jams occur when items are misaligned, gaps are too wide, or the wrong transfer method is used.

7. Are gravity rollers effective for fragile products?
Not ideal — they rely on uncontrolled movement, which may damage delicate items.

8. Can a turntable rotate and transfer heavy loads?
Yes, industrial turntables are designed for heavy-duty use in pallet and drum handling.

9. What’s the best method for fast-moving items?
Powered transfers ensure consistent speed and orientation for high-throughput operations.

10. Do transfer methods affect system hygiene?
Absolutely — food and pharma sectors must use cleanable, low-friction materials and avoid trapping points.

Leave your details below if you would like to speak to our team about conveyor systems.

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Spotlight

Food Conveyors in Action: Engineering Precision for High-Volume Blueberry Processing

Food Conveyors in Action: Engineering Precision for High-Volume Blueberry Processing

At Noreside Engineering, our food conveyors are designed for precision, hygiene, and efficiency. In this video, you’ll see millions of blueberries being cleaned, conveyed, sorted, weighed, packed and inspected — all within a single, streamlined process. This is high-volume fruit handling at its best.
Food conveyors are the backbone of modern food production. Whether it’s fruit, vegetables, dairy or baked goods, reliable conveyor systems ensure hygiene compliance and help manufacturers achieve consistent output at speed. For fresh produce like blueberries, where delicacy and cleanliness are key, the right conveyor system can make all the difference.

Optimised for Hygienic Design and GMP Compliance

Every inch of this blueberry line has been engineered with EHEDG guidance and GMP compliance in mind. From the wash system to the final pack-off area, our conveyors are constructed from food-grade stainless steel and feature easy-clean designs that reduce downtime and risk of contamination.

We integrate vibratory feeders, sorting mechanisms, and precision weighing technology into the line — all while allowing for future scalability. Our food conveyors are modular by design, making them ideal for facilities aiming to innovate and expand.

Each Inspection Point Is a Chance to Innovate

Our systems are more than just conveyors — they’re platforms for continuous improvement. Each inspection zone in the line is a potential opportunity to add new technology, such as vision inspection systems, automated reject stations, or AI-driven analytics. With the right configuration, our food conveyors can enhance both quality control and packaging performance.

Watch Our Food Conveyors in Action

This blueberry project is just one example of how we deliver high-throughput, hygienic systems to clients across the food industry. Watch the video to see what’s possible when engineering meets fresh produce at scale — and imagine what we could do for your business.

Blueberry punnetFAQ: Food Conveyors & Blueberry Processing

What are food conveyors? – Food conveyors are specialised systems used in the food and beverage industry to move products safely and efficiently through cleaning, processing, inspection and packaging stages.

Are your conveyors suitable for handling fresh produce? – Yes, our systems are designed specifically for delicate, perishable goods like berries, leafy greens, and tomatoes. We use food-grade stainless steel and EHEDG-compliant designs.

Can Noreside integrate weighing and inspection equipment? – Absolutely. We regularly integrate multi-head weighers, metal detectors, checkweighers and vision systems into our food conveyor lines.
How do you ensure hygiene in conveyor design? – We follow EHEDG principles, using open-frame stainless steel, sanitary welds, and easy-access components that allow for clean-in-place or fast manual washdowns.
Do you offer customised conveyor solutions? – Yes. Every system is custom-engineered, meeting the specific needs of the product, throughput, and layout of the facility.

For more information or to discuss your next project, speak to us. 



Spotlight

InLine Transfer Conveyor Systems: Optimising Product Flow in Regulated Industries

What is an In-Line Transfer Conveyor System?

An in-line transfer conveyor system is a modular conveyor designed to transport products between different production stages or equipment with precision, control, and efficiency. These systems are engineered to maintain seamless product flow while preserving hygiene standards and reducing downtime in manufacturing environments.

Unlike traditional conveyor layouts, in-line transfer systems are built to integrate into compact production spaces and minimise manual handling. Whether used to transfer containers, trays, bottles, or packaged goods, they support streamlined operations in food, pharmaceutical, and cleanroom environments.

How It Works

In-line transfer conveyors use belt, chain, or modular plastic chain technologies, depending on the application. They can include automatic product spacing, accumulation zones, and transfer modules such as pushers, diverters, or sensors to ensure accurate hand-offs. These conveyors often interface with robotics, packaging equipment, or quality control systems.

Key Benefits of In-Line Transfer Systems

  • Hygienic Design: Built with stainless steel and open-frame architecture for easy washdown and compliance with EHEDG standards.
  • Increased Efficiency: Continuous product flow reduces bottlenecks and speeds up production.
  • Flexible Layouts: Ideal for integration in tight or multi-level facilities.
  • Reduced Product Damage: Smooth transitions reduce handling errors and waste.
  • Custom Integration: Easily incorporated with existing automation, vision, or labelling systems.

What processes use Transfer Conveyors?

These systems are critical in applications such as:

  • Transferring vials or syringes in pharmaceutical lines
  • Moving packaged food products between sealing and boxing stages
  • Interfacing with robotic pick-and-place systems
  • Feeding tray-sealing or shrink-wrapping machines

At Noreside Engineering, we design and fabricate in-line conveyor systems built around your process needs. Every system is custom-configured, manufactured with hygienic finishes, and tested for robust performance.

FAQ:

Q: Can in-line transfer systems be used in cleanrooms? A: Yes, our conveyors are designed with smooth finishes, low-particle materials, and hygienic enclosures. They are suitable for ISO and GMP-compliant cleanrooms.

Q: What types of products can they handle? A: Our systems can transfer containers, pouches, trays, cartons, or even individual components—customised to your application.

Q: Are these systems modular? A: Absolutely. In-line conveyors are reconfigurable. They can also extend to meet changing process needs.

Q: How do you ensure hygienic compliance? A: We follow EHEDG and GMP guidelines and build with open-frame, stainless steel designs to allow for easy cleaning and drainage.

Q: Can they integrate with robotic systems? A: Yes, our conveyors integrate with vision-guided robots, automated packaging, and inspection systems

 

Further reading:

Inline Transfer Conveyor System

Conveyor Transfer Systems: Smooth Transitions, Smarter Flow

Spotlight

Stainless Steel Fabrication for Data Centre Sector

Stainless Steel Fabrication for Data Centre Sector

At Noreside Engineering, we deliver the full spectrum of CSA (Civil, Structural, and Architectural) and MEP (Mechanical, Electrical, and Plumbing) services tailored specifically for the data centre sector. As data centres continue to evolve into the digital infrastructure backbone of the modern world, our clients trust us to deliver mission-critical environments where resilience, compliance, and precision engineering are non-negotiable.

Why CSA & MEP Integration Matters in Data Centres

Building a high-performance data centre involves more than just racks and cables. From foundations to cooling systems, every element must be meticulously designed and executed to ensure operational uptime, scalability, and energy efficiency. That’s where our integrated CSA & MEP capabilities come in.

Our CSA Capabilities:

  • Groundworks and Civil Preparation: Precision set-out and groundwork tailored to suit tight timelines and challenging conditions.

  • Structural Steel Fabrication & Installation: In-house fabrication of steel frames, supports, and custom load-bearing solutions for server halls and equipment rooms.

  • Architectural Finishes: Hygienic and durable finishes for cleanroom-compliant areas, offices, and plant rooms.

Our MEP Expertise:

  • Mechanical Services: Installation of HVAC systems, ductwork, and specialist cooling infrastructure to maintain optimal server performance.

  • Electrical Systems: High-voltage infrastructure, cable containment, switchgear installations, and backup power systems (UPS & generators).

  • Plumbing & Fire Suppression: From drainage and water supply to FM200 and other critical fire protection systems.

Built for Mission-Critical Environments

At Noreside Engineering, we understand that downtime is not an option. Our team works in close collaboration with general contractors, hyperscale clients, and consultants. We ensure seamless delivery—on time, on budget, and with zero compromise on quality or safety.

We’ve successfully supported projects across Ireland and Europe, helping some of the world’s largest tech and cloud providers build robust, future-ready data centres.

Compliance-Driven Engineering

Our work is backed by strict adherence to ISO, EHEDG, and European regulatory standards, ensuring every project aligns with the latest guidance on safety, sustainability, and performance. We also incorporate BIM modelling and digital twin technologies to improve coordination, accuracy, and traceability at every stage of the build.

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

Visit our Linkdin

Spotlight

Conveyor to Conveyor Transfer

Conveyor to Conveyor Transfer

How to Maintain Product Flow with Precision

What Is Conveyor to Conveyor Transfer?

A conveyor to conveyor transfer refers to the point where one conveyor system hands off product to another. While it might sound simple, poor transfer design can lead to jams, damage, hygiene risks, and costly downtime—especially in regulated manufacturing environments.

Whether you’re working in food, beverage, or pharmaceutical production, a smooth conveyor transfer is key to keeping your line efficient, clean, and compliant.

Why It Matters

Every time a product moves from one conveyor to another, there’s a chance for misalignment, slippage, or contamination. In industries governed by GMP and EHEDG standards, even the smallest disruption can create compliance issues or impact product quality.

At Noreside Engineering, we design and fabricate custom conveyor transfer systems using hygienic stainless steel and precision engineering. Whether you need a 90-degree turn, inline pass-through, or elevation change, we build solutions that match your product and process requirements.

 

Types of Conveyor Transfers We Offer

  • Inline Transfers: Maintain consistent product flow without changing direction

  • 90-Degree Transfers: Change product direction while maintaining spacing and orientation

  • Roller-to-Belt or Belt-to-Belt Transitions: Engineered for smooth handoffs

  • Powered Transfer Modules: Use pushers or diverters for active product movement

  • Gap Transfers: For applications needing spacing for vision or robotic systems

Features and Benefits

  • EHEDG-compliant stainless steel design

  • Easy-clean, open-frame architecture

  • Customisable speeds and product guides

  • Seamless integration with robotic arms, packaging, or labelling equipment

  • Designed and built in Ireland for food, beverage, and pharma manufacturers

Our systems are engineered to reduce product damage, minimise downtime, and improve compliance across the entire production line.

FAQ

Q: What causes problems in conveyor transfers?
A: Misaligned equipment, poor spacing, and inconsistent product speeds are common causes. Our systems are designed to eliminate these issues with precise engineering.

Q: Are your transfer systems suitable for cleanroom environments?
A: Yes. We design conveyor transfers for GMP and ISO Class cleanrooms, using low-particle materials and hygienic finishes.

Q: Can you integrate with existing conveyors?
A: Absolutely. We build custom modules that retrofit or extend your current setup.

Q: What industries use conveyor to conveyor transfer systems?
A: Food processing, pharmaceutical manufacturing, beverage bottling, and cleanroom assembly lines are the most common sectors we serve.

Spotlight

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

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

Intermediate Bulk Containers (IBCs) are a critical part of production and transport in regulated industries – but without proper cleaning systems, they can become a source of contamination and downtime.

At Noreside Engineering, we design and manufacture custom IBC washing systems tailored to the exacting needs of the food, beverage, and pharmaceutical sectors in Ireland and across Europe. Whether you require CIP (Clean-in-Place) solutions or fully automated washing and drying units, our systems are engineered to deliver repeatable, validated cleaning performance that meets GMP and EHEDG standards.

Built for Hygiene and Efficiency

Our IBC washing systems are fabricated using high-grade stainless steel, designed with hygienic welds, sloped surfaces for drainage, and accessible maintenance points. Every system is tailored to your site, integrating seamlessly with existing production layouts, utilities, and process lines.

Whether you’re handling food ingredients, chemicals, or active pharmaceutical materials, we ensure complete internal and external cleaning – including agitation, rinsing, high-pressure washing, drying, and optional sterilisation cycles.

Download our brochure

 

Designed Around Your Process

No two operations are the same. That’s why our engineering team works closely with your quality and operations teams to understand your cleaning requirements, container types, volumes, and cycle times. We offer:

  • Manual, semi-automated, or fully automated systems

  • High-throughput options for busy processing environments

  • Validation support for pharma clients

  • Energy-efficient designs with water and chemical reuse

FAQ:

Q1: What industries use IBC washing systems?
Food, beverage, pharmaceutical, and chemical industries where hygiene and contamination control are critical.

Q2: Can Noreside integrate an IBC washer into our existing facility?
Yes – our systems are fully bespoke and designed to integrate with your current utilities, layouts, and automation.

Q3: What standards do your systems meet?
We comply with GMP, EHEDG, and ISO standards for hygienic design and validation.

Q4: Do you provide validation documentation for pharmaceutical installations?
Yes. We support FAT/SAT testing and provide documentation for regulatory audits.

Q5: How do I start the process?
Get in touch via https://www.noresideengineering.com/contact-us/ and our team will arrange a consultation.

Further Reading

Food‑Grade Conveyors

IBC Washing Systems

Spotlight

Designing a Process Skid: From Concept to Installation

Designing a Process Skid: From Concept to Installation

The Design Journey

A well-designed process skid doesn’t just improve efficiency—it transforms your entire operation. At Noreside Engineering, we take pride in designing skids that are purpose-built for high-performance manufacturing using ISO standards.

It starts with a deep understanding of your process. We collaborate closely with your engineering or production team to define the system requirements—flow rates, temperatures, pressure, space limitations, and hygienic design constraints. From there, our designers create a 3D model of the skid using CAD software, enabling early-stage visualisation and layout planning.

Fabrication & Testing

Once approved, fabrication begins in our dedicated facility. We build with high-grade stainless steel and prioritise clean welds, minimal crevices, and easy-to-clean layouts. Our process includes rigorous FAT (Factory Acceptance Testing) to ensure every component works exactly as specified.

Quick Installation

Installation is fast and efficient. Because the skid is pre-tested and assembled, our team simply positions it in your facility, connects it to the existing utilities, and commissions the system. That means minimal downtime and no on-site surprises.

Whether it’s a CIP system for a dairy plant or a formulation skid for a pharma cleanroom, our design approach prioritises hygiene, compliance, and performance.

FAQ:

Q: What information do I need to provide to design a skid? A: Process requirements, space constraints, flow rates, and compliance needs are essential starting points.

Q: Can I see the skid before it’s installed? A: Yes, we provide 3D models during design and offer Factory Acceptance Testing before delivery.

Q: Do you provide after-sales support? A: Absolutely. We offer installation, commissioning, and ongoing maintenance support.

Modular Process Skids Case Study – 30 % Faster Installation 

Vessels, Silos, Tanks and Skids

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

www.noresideengineering.com/case-studies/process-skids-vs-traditional/

 

 

 

 

Spotlight

Modular Process Skids vs Traditional Systems: What’s Right for Your Facility?

Modular Process Skids vs Traditional Systems: What’s Right for Your Facility?

Code‑Compliant Vessels & Process SkidsModular vs Traditional: What’s the Difference?

Choosing between a modular skid and a traditional system setup can feel like a big decision—but when it comes to hygiene-critical environments, skids have the edge.

Modular process skids are pre-engineered units assembled in a controlled workshop environment. Once completed and tested, they’re delivered as plug-and-play systems. Traditional systems, on the other hand, are assembled piece-by-piece on site, often over extended periods.

Key Advantages of Modular Skids

The modular approach dramatically reduces installation time and onsite disruption. This is especially beneficial in industries like food and pharma where production downtime can be costly. Skid systems also improve quality control since they’re built under factory conditions and can undergo FAT (Factory Acceptance Testing) before delivery.

Cost is another factor. While the upfront investment for skids may seem higher, you save significantly on installation labour, downtime, and rework. The long-term value of reduced risk and quicker go-live dates often outweighs the traditional approach.

At Noreside Engineering, we deliver modular skid solutions designed for critical industries. Our units are compact, hygienic, and fully compliant with industry regulations.

So, what’s right for your facility? If you value speed, quality, and efficiency—modular process skids are a clear winner.

FAQ:

Q: Are modular skids more expensive than traditional systems? A: The initial cost may be higher, but savings on installation and downtime often result in a lower total cost of ownership.

Q: Can I upgrade or modify a modular skid later? A: Yes, modular designs are flexible and can be expanded or updated as needed.

Q: How long does it take to get a skid ready for installation? A: Typically, a few weeks from design approval to delivery, depending on complexity.

Further reading:

Modular Process Skids Case Study – 30 % Faster Installation 

Vessels, Silos, Tanks and Skids

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

Spotlight

Heavy-Duty Pallet Conveyor Systems: Built for Industrial Strength

Heavy-Duty Pallet Conveyor Systems: Built for Industrial Strength

Pallet ConveyorIn high-volume manufacturing, food processing, and logistics environments, pallet handling needs to be precise, reliable, and built to withstand constant demand. That’s where heavy-duty pallet conveyor systems come in—engineered to move large, loaded pallets with minimal manual intervention and maximum uptime.

At Noreside Engineering, we design and fabricate pallet conveyor systems tailored for demanding environments. Whether you’re handling Euro pallets, IBCs, or custom crates, our conveyors are built to perform under pressure.

Designed for Tough Environments

Pallets often carry heavy and awkward loads, and traditional conveyor systems simply aren’t up to the task. Our stainless steel pallet conveyors are designed for durability and long-term performance, with reinforced frames, high-torque motors, and custom transfer zones.

They can be configured for:

  • Straight-line movement

  • 90-degree transfers

  • Merging and diverting lines

  • Automated pallet inspection or wrapping stations

Every conveyor is built with hygienic open-frame designs, allowing easy access for cleaning and maintenance—essential for food and pharma industries operating under GMP and EHEDG standards.

Seamless Integration and Control

Our pallet conveyor systems are not just strong—they’re smart. They integrate easily with warehouse management systems, robotics, and PLC controls. This enables:

  • Real-time pallet tracking

  • Sensor-controlled stop/start logic

  • Smooth transitions between zones

In recent warehouse testing, our conveyor system handled high volumes of loaded pallets across multiple lines without a single fault—proving its reliability in real-world conditions.

FAQ

Q: What pallet sizes can your systems handle?
A: We customise conveyors to suit Euro pallets, CHEP pallets, IBCs, and bespoke load sizes.

Q: Are your pallet conveyors suitable for cleanroom or hygienic environments?
A: Yes. We use stainless steel, open-frame designs that are EHEDG and GMP compliant.

Q: Can the system be integrated with robotics or pallet wrappers?
A: Absolutely. We build systems ready to integrate with robotic pickers, wrappers, or inspection equipment.

Q: Is your conveyor modular or fixed?
A: We offer both fixed and modular options, depending on your facility layout and growth plans.

Q: Do you provide installation and commissioning?
A: Yes. We manage the full process—from design to onsite installation and testing.

Inline Transfer Conveyor System

 

Conveyor Transfer Systems: Smooth Transitions, Smarter Flow

Spotlight

Conveyor Transfer Systems: Smooth Transitions, Smarter Flow

Conveyor Transfer Systems: Smooth Transitions, Smarter Flow

Good and pharma grade conveyorsWhat Is a Conveyor Transfer System?

A conveyor transfer system enables the smooth and efficient movement of products from one conveyor line to another—whether between production stages, packaging zones, or inspection stations. These systems are designed to minimise product damage, reduce manual handling, and maintain consistent flow through complex production lines.

Whether you’re moving lightweight cartons, food containers, vials, or heavier trays, the goal of a conveyor transfer is the same: seamless and safe product handoff.

Why Conveyor Transfers Matter in Regulated Manufacturing

In regulated industries like food, beverage, and pharmaceutical manufacturing, poorly designed conveyor transfers can cause jams, contamination, or bottlenecks. A hygienic, precision-engineered transfer system keeps your operation compliant and efficient.

At Noreside Engineering, we specialise in stainless steel conveyor systems built for hygienic, high-throughput environments. From in-line transfers to right-angle transitions and side-by-side merges, we custom-build transfer modules that keep your product moving—and your process audit-ready.

Key Features of Our Conveyor Transfer Systems

  • Open-frame stainless steel design for washdown and hygiene

  • Adjustable guide rails and speeds for gentle product handling

  • Sensor integration for jam detection and flow control

  • EHEDG-compliant design for food and pharma environments

  • Compact footprint ideal for space-constrained production lines

Use Cases Across Sectors

  • Transferring syringes between pharma filling and inspection lines

  • Moving sealed trays into automated packaging stations

  • Aligning and spacing bakery products for boxing

  • Merging or diverting beverage cartons between conveyor zones

Whether you’re upgrading a section or installing a full conveyor network, we’ll design a system that supports your flow, safety, and compliance goals.

FAQ

Q: What is the difference between a conveyor and a conveyor transfer?
A: A conveyor moves products along a single path. A conveyor transfer is a system that shifts products between two conveyors or between equipment and a conveyor.

Q: Can conveyor transfers handle irregular-shaped products?
A: Yes, we design custom transfer modules for oddly shaped or delicate items using guides, pushers, or vision systems.

Q: Are your systems compliant with European hygiene standards?
A: Absolutely. We build to EHEDG and GMP guidelines using hygienic stainless steel and smooth welds.

Q: Do you offer fully integrated solutions?
A: Yes. We integrate transfers with sensors, robotic pick-and-place arms, and control systems for a seamless operation.

Inline Transfer Conveyor System

Spotlight

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

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

Modular Process SkidIf you work in the food, pharmaceutical, or beverage industries, you’ve likely come across the term process skid—but what exactly is it?

What Is a Process Skid ?

A process skid is a modular system that contains all the components of a process unit mounted on a frame. These self-contained systems include piping, pumps, valves, instrumentation, and controls, all designed to perform a specific function. They’re fabricated off-site, fully tested, and then delivered to your facility ready for installation.

Applications in Regulated Industries

For industries where hygiene, efficiency, and compliance are non-negotiable, process skids offer major advantages. In the food and beverage sector, they’re commonly used in clean-in-place (CIP) systems, mixing processes, and pasteurisation. In pharma, skids support cleanroom processes like formulation and filtration while meeting GMP and GMP and ISO standards.

Benefits of Modular Skids

One of the biggest benefits of process skids is reduced downtime. Because they’re built and tested off-site, there’s minimal disruption to your existing operations. Skid systems also offer repeatability and scalability, making them ideal for multi-site operations and production scale-up.

At Noreside Engineering, we specialise in hygienic, stainless steel process skid design tailored to your operational needs. We understand the challenges of tight spaces, strict regulations, and rapid timelines. Our skids are built to last, easy to maintain, and designed for high-performance environments.

Whether you’re upgrading a single unit or planning a complete process line, modular process skids offer a flexible, efficient solution.

FAQ’s on Process Skids:

Q: What industries use process skids? A: Food, beverage, pharmaceutical, and chemical industries all benefit from process skids due to their hygienic design and efficient installation.

Q: Are process skids customisable? A: Yes, they can be tailored to specific processes, space requirements, and regulatory needs.

Q: How long does it take to install a skid system?

A: Because they’re pre-fabricated, installation can often be completed in days rather than weeks.

Further reading:

Modular Process Skids Case Study – 30 % Faster Installation 

Vessels, Silos, Tanks and Skids

Spotlight

Steel Fabrication for Data Centers

Steel Fabrication for Data Centers

Noreside Engineering for Data Centers in IrelandWhy Data Centres in Ireland Trust Noreside Engineering for Steel Fabrication and Design

Ireland has become a leading hub for data centres in Europe, with tech companies investing billions in infrastructure. Behind these critical builds lies a layer of engineering precision—and that’s where Noreside Engineering comes in.

From structural steel fabrication to access platforms and bespoke stainless steel solutions, we help data centre developers meet the highest standards of compliance, hygiene, and durability.

Our expertise in Data Centers is Built for Compliance and Speed

Data centre environments are high-spec by nature, often requiring stainless steel platforms, walkways, and plant access solutions that support complex mechanical and electrical systems. At Noreside, our in-house design team works closely with contractors to deliver:

  • Hygienic, modular access platforms

  • Custom steel structures to suit confined spaces

  • Fully certified fabrication to ISO, EN1090, and GMP standards

We know downtime isn’t an option—our fabrication and install teams deliver fast, safe, and site-ready installations without compromising on quality.

End-to-End Engineering and steel Fabrication Services

Whether you’re in early-stage planning or need a specialist for an active project, Noreside offers complete design-to-installation services. We can step in at any phase to support:

Our work is trusted by clients operating in regulated sectors including pharma, food, and data infrastructure.

Why Choose Noreside for Steel Fabrication and Engineering for your Data Center 

If you’re building, expanding, or maintaining a data centre in Ireland, talk to us today about how we can support your engineering needs.

FAQ’s

Q1: What kind of data centre projects do you work on?
We support new builds, expansions, and retrofits, providing custom-designed platforms, supports, and structural steel.

Q2: Are your fabrication processes certified?
Yes, all fabrication is carried out under EN1090, ISO, and GMP guidelines, with full traceability and documentation.

Q3: Can you work with tight timelines?
Absolutely. We specialise in fast, compliant turnaround for mission-critical environments like data centres and for pharmaceutical clients.

Q4: What materials do you use for data centre platforms and walkways?
We typically use stainless steel (304 or 316 grade) for its durability, corrosion resistance, and suitability for hygiene-sensitive or regulated environments.

Q5: Do you provide design support for M&E coordination?
Yes. Our in-house design team works closely with mechanical and electrical contractors to ensure that platforms and supports are fully integrated into the overall system layout.

Q6: Can you fabricate modular steel platforms for tight or awkward spaces?
Yes. We specialise in modular and custom-built solutions designed to fit into complex data centre layouts, including mezzanines, rooftop plant access, and confined service areas.

Q7: Are your teams available for site installation and commissioning?
Yes. We provide full installation services across Ireland with qualified crews who work to strict safety and compliance standards.

Q8: How do you ensure health and safety compliance on data centre sites?
We follow all site-specific safety protocols, including Safe Pass, manual handling, MEWP, and confined space training. Our teams also adhere to ISO 45001 health and safety management standards.

Q9: Do you provide load calculations and structural certification?
Yes. All platform designs come with load calculations and, where required, structural certification from a qualified engineer. We ensure EN1090 compliance for CE-marked structural steelwork.

Q10: What is your typical lead time for a data centre fabrication project?
Depending on complexity, we aim for the shortest possible turnaround from design approval purchase order confirmation to delivery. We also offer rapid fabrication services for urgent requirements.

Q11: Can you assist with facility upgrades or maintenance platforms?
Absolutely. We support retrofit and upgrade works with removable or modular platforms designed for minimal disruption during ongoing operations.

Contact us for more information.

Spotlight

3D Capture for Maintenance Planning: Bringing the Future to Dairy Processing

3D Capture for Maintenance Planning

3D Capture for Maintenance Planning: Bringing the Future to Dairy Processing

At Noreside Engineering, we’re always looking ahead—leveraging the latest technology to help our clients future-proof their operations. A recent project for a dairy processing plant highlighted how our expertise in 3D capture for maintenance planning is reshaping how food facilities manage upgrades and expansion.

Precision Planning with 3D Scanning Technology

For this project, our engineering team carried out a full 3D scanning survey of the entire dairy facility. Using state-of-the-art laser scanning equipment, we captured every inch of the plant in high resolution. The result? A detailed, accurate Navisworks model that reflects the real-world environment down to the millimetre.

This digital twin of the facility allows us—and our client—to plan upgrades, maintenance, and equipment installation with total confidence.

 

From Virtual Model to Real-World Performance

We didn’t stop at the scan. Once the 3D model was complete, we began integrating custom-designed stainless steel equipment into the environment. The client can now visualise the entire setup before we even begin fabrication, ensuring that the layout is:

✅ Efficient
✅ Safe
✅ Fully compatible with existing infrastructure

This 3D capture process eliminates guesswork and prevents costly surprises down the line.

Benefits of 3D Capture for Maintenance Planning

Incorporating 3D scanning into our workflow provides a host of practical benefits:

1️⃣ Optimised space utilisation – especially important in legacy facilities with tight constraints
2️⃣ Improved decision-making – stakeholders can see proposed changes in context
3️⃣ Minimised installation conflicts – by spotting clashes before materials are cut
4️⃣ Smoother maintenance schedules – with accurate layouts for pipework, platforms and access routes
5️⃣ Reduced downtime – by ensuring efficient, coordinated upgrades

For maintenance teams, this level of planning means fewer disruptions and faster interventions.

Supporting the Food and Beverage Industry

As specialists in stainless steel platforms, custom fabrication, and cleanroom-compatible solutions, Noreside Engineering understands the complex needs of the food and beverage industry. Our use of 3D capture for maintenance planning ensures that new systems are not just installed—but installed smartly.

Whether you’re upgrading a dairy processing plant, a beverage facility, or a pharmaceutical site, our integrated design and scanning capabilities give you a clear path from concept to completion.

Plan Smarter with Noreside Engineering

If you’re considering an upgrade to your facility, talk to Noreside Engineering about incorporating 3D scanning and virtual modeling into your project. It’s the future of maintenance planning—and it’s already here.

📩 Contact our team to learn more about our 3D scanning and stainless steel engineering services.

Read more:

Site Surveys & 3D Scanning

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

Spotlight

From Kilkenny to the Creamery: a smarter way to handle cheese moulds

This week a new stainless-steel accumulation system is leaving the Noreside Engineering workshop and heading for a dairy plant in Ireland.

From Kilkenny to the Creamery: a smarter way to handle cheese moulds

Fabrication for dairy and pharmaceutical industries

A cheese accumulation system by Noreside engineering.

A new accumulation system is rolling out of our Kilkenny workshop this week, destined for a cheese line in the south-west. The project is a good snapshot of what stainless steel fabrication for Irish dairy and pharma really means in practice: hygienic design, tight tolerances, and the agility to react when a regulator—or a production manager—needs a change made yesterday.

Why dairies need accumulation

For the dairy industry, traditional roller conveyors do the job, but they force operators to push, lift or—worse—wait. Our client wanted a buffer that would:

  • store hundreds of washed moulds in a compact footprint

  • feed them back in FIFO order without human intervention

  • survive daily caustic wash-downs and weekly deep CIP cycles

Our fabrication crew spent the past month building this system from the ground up and tweaking every bracket and sensor until the system achieved just that. The frames are laser-cut from 316L stainless and TIG-welded with full penetration, so no crevices remain where milk fats—or, in pharma settings, bioburden—could hide. Photo-eye sensors talk to a PLC that meters each mould back to the filler at the exact rate required, smoothing downstream throughput by up to 18 % in factory trials.

A shared playbook for dairy and pharma

A stainless steel fabricated cheese accumulation system Although this install is heading to a cheese room, the same hygienic design rules apply to vaccine-fill lines and nutraceutical mixers:

  • Smooth, radius corners & welds ground to < 0.8 µm Ra

  • Castellated or perforated deck plates for rapid drainage

  • Modular skids so vessels, pumps and control panels can be swapped during validation without cutting pipe

The advantage of working with an Irish fabrication shop is agility. If an FSAI.ie inspector flags a valve, or the dairy shifts to a different mould size, our maintenance team can arrive on site on the same day. We can swap a part in hours, not weeks.

See it in motion

What’s next?

Stay tuned for footage of the line at full speed. If your dairy or pharma project needs stainless-steel fabrication that clears both GMP and Irish food production, get in touch.

Spotlight

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

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

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

At Noreside Engineering, we take pride in delivering high-quality stainless steel structures, food grade conveyors and automation to some of the most respected and innovative companies operating in Ireland today. From pharmaceutical cleanrooms to food and beverage processing plants, our custom-built platforms, conveyors and access systems are trusted across highly regulated sectors that demand compliance, durability and performance.

We work with companies who are leaders in their industries, including Lilly, Guerbet, FMC, and Eirgen, providing GMP-compliant stainless steel platforms and hygienic solutions designed for critical environments.

Our long-standing collaboration with engineering firms such as Jones Engineering Group and Mercury Engineering allows us to deliver integrated solutions for complex facilities, including pharmaceutical manufacturing, biotech, and high-end food processing.

In the food and beverage sectors, we are proud to support renowned brands like Danone, Coca-Cola, Valeo, Carbery, and Glanbia. These partnerships have enabled us to implement hygienic, corrosion-resistant stainless steel conveyors and access systems that meet HACCP standards.

We also support international healthcare leaders such as Bausch + Lomb, Pinewood Healthcare, Leo Pharma, Abbott, Viatris, and Bristol Myers Squibb. Each project is tailored to meet cleanroom standards and regulatory expectations in controlled environments.

Our stainless steel installations also play a critical role in energy and utilities. Our work with Uisce Éireann and IFF, means that safety, hygiene, and longevity are key.

We have delivered projects for advanced manufacturing clients like SK Pharmteco, Haleon, Roche, West Pharma, and DuPont. For these clients precision and compliance drive every design.

If your facility demands robust, hygienic, and regulation-ready infrastructure, trust Noreside Engineering. We deliver bespoke stainless steel solutions—engineered for excellence.

Contact us today 

Spotlight

Stainless Steel Structures for Food, Pharmaceutical & Cleanroom Compliance

Stainless Steel Structures for Food, Pharmaceutical & Cleanroom Compliance

In sectors where HACCP, GMP and other hygiene regulations dominate —such as food processing, pharmaceutical factories, and cleanrooms—stainless steel structures are essential. They deliver robust performance, unmatched cleanliness, and enduring compliance. At Noreside engineering we are the contractor of choice for delivering stainless steel structures for pharmaceutical, food processing and high care industries. 

Stainless steel structure

1. Why Stainless Steel is Non-Negotiable

  • Corrosion-resistant: With at least 11–18% chromium, stainless steel forms a self-healing oxide layer, resisting acids, chemicals, moisture, and extreme temperatures—key for sanitation routines and equipment sterilisation 

  • Hygienic surface: Smooth, non-porous, and electropolishable finishes minimize bacteria harborage and support aggressive cleaning—vital for HACCP and GMP adherence .

2. Grades & Applications

  • 304: The go-to for general food and pharma use—durable, affordable, and versatile.

  • 316: Enhanced with molybdenum for resistance to chlorides—ideal for salted products or sterile pharma zones 

  • Other grades: Custom-engineered for specific cleanroom, chemical, or temperature needs.

3. Structural & Modular Excellence

  • Platforms, piping, ducts: Engineered to withstand washdowns, steam, vibration, and cleanroom airflow 

  • Modular & bespoke: Prefabricated stainless components flexibly integrate into changing layouts and turnkey installations.

4. Meet Noreside Engineering

Operating from Kilkenny, Ireland since 1990, Noreside Engineering delivers end-to-end stainless steel solutions across food processing, pharma, and high-care cleanroom industries:

  • Full-service—from 3D-CAD design, fabrication, and installation, to automation, maintenance, FAT/SAT, and site services 

  • Expert in stainless steel structures and equipment—including tanks, conveyors, platforms, pass-through chambers, pipe skids, HVAC ducts, and custom installations for GMP/HACCP settings 

  • Certified for highest regulatory compliance, including ISO standards and Safety and Welfare at Work Act 2005

Noreside’s reputation is built on precision engineering, hygiene-focus, and turnkey delivery, trusted by global leaders in food, beverage, and life sciences

5. Compliance & Cleanliness Enhancers

  • Electropolishing: Enhances surface smoothness, reduces microbial retention, and elevates cleanability.

  • Seamless welds & coved joints: Erase crevices and earning HACCP/GMP compliance.

  • Routine passivation & inspection: Maintain integrity of the chromium-rich barrier and prevent pitting.

6. Real-World Use Cases

Application Area Typical Stainless Structures Noreside Expertise Spotlight
Food Processing Tanks, drains, conveyors, platforms Custom 90° transfer conveyors, cleanable platforms
Pharma Facilities Mixing vessels, sterile pipework, pass-throughs GMP-compliant chambers, HVAC ducts
Cleanrooms Workbenches, ceilings, access structures Modular high-care area equipment

7. Choosing the Right Partner for Stainless Steel Structures

When selecting a stainless steel specialist, prioritize:

  1. Grade & finish expertise—choosing 304 vs 316 and applying electropolishing.

  2. Regulatory experience—full knowledge of HACCP, GMP, ISO, FAT/SAT protocols.

  3. Turnkey capabilities—from concept through to commissioning and support.

  4. Proven track record—with tangible experience in food, pharma, and cleanroom sectors.

Noreside Engineering has 35+ years of fabrication mastery, modular and bespoke delivery, and strong automation credentials—backed by repeat clients.

Stainless steel for structures in pharma and food production is far more than a material—it’s the foundation of hygiene compliance in high-care industries. With optimal grade selection, precision engineering, and strategic finishing, stainless structures ensure safety, durability, and efficiency—especially when delivered by experts like Noreside Engineering.

Get in Touch

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