Armfield

Armfield Innovators in Engineering Teaching Equipment & Industrial Food Technology R&D Systems - visit www.di

The Engineering Teaching Equipment division has been supplying top Universities, Technical Colleges and higher education establishments with innovative teaching equipment for 50 years! The equipment is designed to help students learn a wide range of Engineering Disciplines. Armfield supply equipment covering a wide range of subjects including Fluid Mechanics, Fluid Machines, Hydraulics and Hydrolo

gy, Water Treatment, Irrigation Water Management, Thermodynamics, Heat Transfer, Refrigeration and Air Conditioning, Internal Combustion Engines, Structural Engineering, Mechanisms, Statics and Structures, Unit Operations, Biochemical Engineering, Process Control Technology and Food Technology. For more information on our innovative range of teaching equipment please take a look at our website - http:www.discoverarmfield.co.uk

The Industrial Research & Development division is focused on miniature-scale research and development equipment for the Food, Beverage, and Pharmaceutical industries. These innovative systems are designed to enable full-scale production processes to be undertaken in the research and development laboratory using minimal ingredients. In this way Armfield's range of systems can save space, time, materials, energy leading to great value for money. These benefits along with our two year warranty, extended support and trial facilities are the exact reason why many of the world's leading food and beverage companies use Armfield equipment. For more information on our extensive range of research and development equipment please take a look at our website - www.explorearmfield.co.uk

🌍 Bridging Engineering Education with Real Industrial PracticeThe Armfield Limited UOP3CC Distillation Trainer has been ...
29/05/2026

🌍 Bridging Engineering Education with Real Industrial Practice
The Armfield Limited UOP3CC Distillation Trainer has been designed to do more than demonstrate theory — it prepares students and trainees for real-world process engineering environments.

With both sieve plate and packed bed columns, fully integrated instrumentation, and advanced process control capabilities, the UOP3CC gives learners direct experience with the same principles and operational challenges found in modern chemical and process industries.

💡 Industrially Relevant Features:
• Dual-column configuration for comparative process analysis
• 8 sampling ports for live process evaluation
• ATEX-approved components for safe solvent operation
• Full instrumentation including 14 temperature sensors, pressure monitoring, and automated data logging
• PID and PLC integration for advanced control and automation studies

🏭 Industry-Focused Learning:
Students can investigate:
• Column efficiency and reflux optimisation
• Process control and instrumentation strategies
• Pressure drop and thermal profiling
• Vacuum and azeotropic distillation techniques
• Industrial safety procedures and operational troubleshooting

🎓 Supporting Bloom’s Taxonomy in Engineering Education:
The UOP3CC supports progressive learning from foundational understanding through to advanced analytical and practical application:
• Understand core distillation principles
• Apply engineering equations in live experiments
• Analyse process performance using real-time data
• Evaluate operational efficiency and control strategies
• Create and optimise process solutions using PLC and PID systems

By combining theory, experimentation, automation, and industrial relevance, the UOP3CC helps develop the practical skills and critical thinking required by today’s process industries.

🔧 Built for education. Inspired by industry.

📘 Learn more: www.armfield.co.uk
📩 [email protected]

27/05/2026

🌊 Bringing fluid dynamics to life through hands-on experimentation.

With the Armfield FS-5.1 Flow Visualiser, students can explore flow behaviour in real time — transforming complex fluid mechanics theory into clear visual understanding.

Using interchangeable bodies, or even their own custom-built models students can investigate a wide range of flow phenomena including streamlines, boundary layers, wakes, creeping flow, and vortex shedding.

Using a simple cylinder model, learners can observe flow separation as alternating vortices form downstream - a powerful visual demonstration of fluid dynamics in action.

Designed to support Fluid Mechanics and Thermo-Fluids teaching across Mechanical Engineering, Chemical Engineering, Civil Engineering, and Aerospace Engineering curricula, the FS-5.1 helps connect classroom theory with real engineering systems.

Real-world applications include:

✔ Aerodynamics and wing design

✔ Bridge pier and offshore structure flow analysis

✔ Vehicle drag reduction

✔ Heat exchanger and pipework design

✔ River engineering and environmental hydraulics

From first-year fundamentals to advanced engineering investigation, the FS-5.1 helps prepare students for careers in engineering, science, and research through practical experimental learning. armfield.com

Rivers are constantly reshaping our landscapes through erosion, flooding, sediment transport, braiding, and scour—dynami...
21/05/2026

Rivers are constantly reshaping our landscapes through erosion, flooding, sediment transport, braiding, and scour—dynamic processes that define environmental systems and infrastructure resilience.

At the intersection of environmental science and engineering, open channel flow experimentation allows these complex behaviours to be studied in controlled, repeatable conditions. Using laboratory flumes, we can observe:
• Sediment entrainment and deposition
• Riverbank erosion and channel migration
• Flood flow dynamics and overbank behaviour
• Braided channel formation and instability
• Localised scour and flow–structure interaction

At Armfield Limited, our hydraulic and environmental systems are designed to inspire innovation in water engineering and environmental research bridging real-world river processes with hands-on experimental learning.

These tools support the next generation of engineers in tackling challenges in flood management, river restoration, and sustainable water infrastructure design. Armfield.com

06/05/2026

Impulse Turbines in Practice, F1-25-MKII Pelton Turbine

How do we translate high-velocity jets into measurable mechanical work with real efficiency analysis?

The Pelton turbine remains one of the clearest demonstrations of momentum transfer in fluid systems, where jet velocity, bucket geometry, and flow control directly influence torque and power output.

🏔️ From Theory to Application

Widely used in high-head hydropower systems, Pelton turbines convert the kinetic energy of water jets into rotational energy with remarkable efficiency, powering installations from alpine regions to remote mountainous terrain.

🎓 Designed for Teaching & Research

The Armfield F1-25 MKII enables students to:

▪️ Quantify jet velocity and flow rate effects

▪️ Analyse momentum exchange and impulse forces

▪️ Evaluate turbine efficiency and performance curves

▪️ Explore the relationship between hydraulic input and mechanical output

🔬 A powerful platform for bridging fluid dynamics theory and real-world energy systems.

Phreatic Surface Response in a Confined Aquifer with a Central WellHow does groundwater respond to localized abstraction...
06/05/2026

Phreatic Surface Response in a Confined Aquifer with a Central Well

How does groundwater respond to localized abstraction—and how can we visualise it in real time?

This experiment investigates phreatic surface movement within a confined aquifer, demonstrating how pumping from a central well induces drawdown and alters hydraulic gradients within a saturated porous medium.

Using the Armfield S12 Hydrology System, students and researchers can observe:

▪️ Groundwater flow dynamics under abstraction

▪️ Formation of a drawdown cone and changes in hydraulic head

▪️ Interactions between permeability, recharge, and flow distribution

🌍 From Laboratory to Field Application

These principles underpin critical challenges in water resource management, including aquifer depletion, well design, and sustainable groundwater extraction.

Beyond aquifer behaviour, the S12 enables exploration of:

▪️ Infiltration and recharge processes

▪️ Sediment transport and channel dynamics

▪️ Erosion and scour mechanisms

📊 The diagram illustrates phreatic surface movement in a confined aquifer with a central well, while the experimental setup demonstrates these effects in practice.

A powerful platform for linking Darcy’s Law, groundwater hydraulics, and real-world environmental systems. armfield.com

A brilliant week bringing our global Area Sales Managers together at Armfield Limited HQ.From aligning strategy and shar...
01/05/2026

A brilliant week bringing our global Area Sales Managers together at Armfield Limited HQ.

From aligning strategy and sharing ideas to filming videos in multiple languages and even running food technology trials here at HQ It’s been a packed and productive few days.

We also had hands-on training with new equipment coming soon, offering an exciting glimpse of what’s ahead.

Everyone flies home today, and we’re already missing the energy.
Until next time. 👏

A fantastic week in India for our Managing Director, Andrew Macpherson and Armfield Limited team, spent with our valued ...
24/04/2026

A fantastic week in India for our Managing Director, Andrew Macpherson and Armfield Limited team, spent with our valued partners and friends.

Meeting an extremely capable team with a strong work ethic and a genuine sense of partnership - Exciting opportunities ahead!

🌍 Earth Day 2026 | Engineering a More Sustainable FutureAt Armfield Limited Ltd, sustainability isn’t a trend, it’s buil...
22/04/2026

🌍 Earth Day 2026 | Engineering a More Sustainable Future

At Armfield Limited Ltd, sustainability isn’t a trend, it’s built into how we think, design, and innovate.

From supporting universities with hands-on engineering education to enabling pilot-scale research in food R&D, our systems help bridge the gap between theory and real-world impact.

By allowing processes to be tested, refined, and optimised at laboratory scale, we help reduce waste, improve efficiency, and lower environmental impact before full-scale production begins.

In education, our equipment is designed for long-term use across multiple years of study, reducing the need for replacement systems while improving efficiency in both space and cost for universities.

We’re proud to support the next generation of engineers and researchers, equipping them with the tools to develop smarter, more sustainable solutions for the future. Armfield.com
🌱 Better processes
🔬 Smarter research
⚙️ Sustainable innovation

Because the future of engineering should be as responsible as it is innovative.

🚀 Join us at the NY IFT Annual Expo | April 16, 2026📍 Birchwood Manor, Whippany, NJ📍 Booth 27Our Armfield Limited team, ...
16/04/2026

🚀 Join us at the NY IFT Annual Expo | April 16, 2026

📍 Birchwood Manor, Whippany, NJ
📍 Booth 27

Our Armfield Limited team, Mark Fillingham and Titus Porter, will be there to talk all things food technology and process development.
💡 Come and discuss:

• R&D and product development

• Scale-up challenges

• How pilot-scale equipment can reduce development time, minimise risk, and keep you commercially competitive

If you're looking to move from concept to production more efficiently, this is a conversation worth having.

Stop by Booth 27 or get in touch to learn more. armfield.com

🚀 ChemEngDay 2026 is LIVE!📍 Birmingham | Stand 2, Upper FloorCome and see us to explore how our equipment supports multi...
16/04/2026

🚀 ChemEngDay 2026 is LIVE!

📍 Birmingham | Stand 2, Upper Floor

Come and see us to explore how our equipment supports multiple year groups, skill levels, and disciplines, maximising the value of your lab investment.

Armfield.com

Address

Unit 10 Headlands Business Park
Ringwood
BH243PB

Opening Hours

Monday 8:30am - 5:30pm
Tuesday 8:30am - 5:30pm
Wednesday 8:30am - 5:30pm
Thursday 8:30am - 5:30pm
Friday 8:30am - 1pm

Telephone

+44 (0) 1425 478781

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