Latest News

Two hundred years loyalty at pump maker Landia from just a dozen employees.

A total of just 12 employees at leading pump manufacturer, Landia UK, have completed a combined service record of 200 years.

Leading the way in the year that Landia celebrates 75 years since it invented the world’s first Chopper Pump, is Liz Robinson, Operations Executive, who was there on day one of Landia UK with the late and fondly remembered Hugh Vaughan.

Behind the scenes as a truly dedicated Senior Mechanical Engineer, Dave Baldock has been at the Shropshire-based business for 27 years, whilst highly renowned Technical Projects Manager, Paul Broadhurst has clocked up a quarter of a century.

Vastly experienced Key Account Manager, Paul Davies has now been with Landia UK for 23 years, closely followed by stalwart Tony Challinor, Senior Technical Engineer, with 19 years’ service.

The effervescent Howard Burton (Technical Sales Engineer) has recorded 13 years at Landia, and the meticulous Tamas Rieder (Service and Aftersales Manager) has been with Landia UK for a decade.

Senior Mechanical Engineers Kieran Hilton and Jack Foster have clocked up 24 years’ service between them, whilst Josh Edge, Technical Sales Engineer, has recorded 11 years. Kieran, Jack and Josh all began as apprentices through Landia’s proven training program.

Dave Thomas (Service & After Sales Administrator) and recently appointed Office Manager, Sam Smith have both served Landia UK for 9 years.

Liz Robinson, Landia UK’s Operations Executive, commented:

“Two hundred years of service from such a small number of people speaks volumes for Landia UK. We are all for encouraging new talent to join us, and with Josh Edge, Jack Foster and Kieran Hilton now with us for well over 10 years each since joining as apprentices, shows the solid, rewarding career path we can offer.”

She added: “From the dedicated organisation at our Whitchurch office to keep everything together and moving forward, to the hard work of our sales and service engineers out on the road, we are extremely proud of this 200-year landmark.”

 

Heat-free in AI applications up to 60 °C

Edge AI applications often mean that the hardware used is housed in tightly dimensioned enclosures, ducts or narrow boxes. Enclosures are unavoidable to protect against environmental influences, but air circulation and thus cooling suffer just as inevitably. The NRU-156U3-FT AI controller from Acceed now scores points with a new fanless chassis design for installation in confined spaces with reduced airflow and simultaneous operation at high ambient temperatures. The full-surface, flat heat sink maximises cooling efficiency across the entire top of the housing, enabling efficient heat dissipation even with reduced air circulation. The robust embedded PC has six USB interfaces (3.2) and is designed for operation at ambient temperatures from -25 to +60 °C.

The new NRU-156U3-FT is a compact, fanless box PC that is specially equipped with the Jetson Orin NX for the targeted edge AI applications. Six USB 3.2 ports are available on the front for connecting cameras, for example. The special feature of the extremely compact controller is its special flat heat sink (flat top). This new development significantly increases the cooling efficiency and makes the controller ideal for installation in closed housings, ducts and narrow installation locations without air circulation. This facilitates applications in areas such as metal processing, the food industry, AI-supported agriculture or in vehicles, where devices need to be particularly protected from dust, metal particles or moisture.

The controller in a compact all-metal housing uses the energy-saving Jetson Orin NX from Nvidia, bundled with JetPack 5.1.1, and offers an inference performance of up to 100 TOPS with a power consumption of 25W. The usual cooling fins have been replaced by a large heat sink mounted directly on the housing. The large heat-conducting surface of the flat heat sink efficiently dissipates the heat generated inside the device to the outside surface, allowing operation in a wide temperature range from -25 to +60 °C and thus significantly expanding the possible application scenarios. Other features include an M.2 socket Gen4 for connecting an NVMe SSD and standard serial interfaces. The DisplayPort video output supports a resolution of 3840 x 2160 pixels.

In addition to the hardware, the Nvidia system comes with a wide range of AI tools and the latest deep learning frameworks. The new NRU-156U3-FT is the cost-effective answer to current performance requirements of edge AI, especially when it comes to cramped and poorly ventilated installation situations at high ambient temperatures.

As an independent distributor, Acceed offers a wide range of powerful industrial AI controllers with customised features for a variety of applications, also in larger quantities and with individual configurations.

www.acceed.com.

 

Combilift and CMETB Celebrate 10 Years of Pioneering Engineering Traineeship

This week saw a landmark celebration at Combilift’s global headquarters in Monaghan, marking the 10th anniversary of the highly successful OEM Engineering Traineeship—a collaborative initiative between Combilift and the Cavan and Monaghan Education and Training Board (CMETB). The event, which welcomed past graduates, current trainees and local educators, underscored the programme’s evolution from a local skills initiative to a cornerstone of regional industrial development.

Launched in 2015, the OEM Engineering Traineeship was born from a shared vision to tackle the skills gap in engineering and manufacturing with an industry-led approach. Today, with over 150 trainees having passed through its doors to achieve a QQI level 5 qualification, and with job placement rates above 80%, the programme stands as a model for how industry and education can collaborate to mutual benefit.

Combilift, a global leader in materials handling solutions, has been central to this success. As the primary industry partner, Combilift has not only provided cutting-edge workplace experience but also ensured the course content remains aligned with real-world demands. “We wanted to create more than just a training programme—we wanted to build a pathway into meaningful careers,” said Combilift Managing Director, Martin McVicar. “This traineeship has delivered exactly that, time and time again.”

The nine-month programme blends 26 weeks of classroom-based learning at Monaghan Institute with 12 weeks of hands-on work experience in Combilift. Over the years, the course content has evolved to reflect changes in the manufacturing landscape, now including modules in Hydraulics, Lean Manufacturing, and, more recently, Mathematics to prepare students for greater work or educational opportunities.

CMETB has played a vital role in coordinating and delivering the educational aspect of the programme. Their ongoing commitment to adapting the curriculum, securing government funding, and expanding the scheme to include other regional employers from 2025 reflects their strategic approach to workforce development. “It’s about staying ahead of the curve,” said Sinead McKenna of CMETB. “We’ve created a flexible, forward-looking course that equips learners with in-demand skills and supports local industry at the same time.”

One of the most compelling aspects of the programme is its accessibility. Fully funded through government and EU support, it removes financial barriers for participants and trainees are offered a €300 bursary per week during practical placements within Combilift. Trainees also benefit from additional qualifications, including City & Guilds module in Hydraulics and a Lean Six Sigma White Belt.

The 10-year milestone was marked not only by reflection but by ambition for the future. Attendees at the celebration event heard first-hand from past graduates who have gone on to build thriving careers—many still with Combilift, some even progressing to degree-level study or engineering apprenticeships.

With enrolment now open for the September 2025 intake, both Combilift and CMETB are doubling down on their commitment to the next generation. As Martin McVicar put it, “The demand for talent in this sector is only growing, and we’re proud to continue building that talent right here in Monaghan.”

 

 

 

Effective temperature management for AI-enabled data centres


Vacuum solutions from Edwards for effective cooling

As data centres and AI-driven systems continue to scale in complexity and performance, effective thermal management has become more critical than ever. With rapidly increasing storage densities and computing power, these infrastructures generate substantial volumes of thermal energy during operation. The greater the data throughput, the higher the heat load, posing significant challenges to system stability and efficiency.

Without adequate cooling, the risk of overheating can lead to costly performance degradation, system downtime, and even permanent hardware failure. Moreover, prolonged exposure to elevated temperatures can drastically shorten the lifespan of sensitive electronic components. In this high-stakes environment, reliable and efficient cooling solutions are essential to ensure uninterrupted operation, protect valuable infrastructure, and optimize energy usage.

Better energy efficiency and minimal maintenance requirements
Modern cooling technologies play a critical role in managing thermal energy within high-performance systems. By effectively dissipating heat, these technologies help prevent overheating while simultaneously enhancing overall energy efficiency. Their implementation also minimizes reliance on supplementary cooling methods like fans or air conditioning units, offering a more sustainable and cost-effective approach to thermal management.

Effective cooling solutions like heat pipes, vapour chambers, liquid cooling solutions and cooling plates are gaining in momentum that help to maintain optimal temperatures, ensuring stable performance, preventing overheating, and extending the lifespan of the components.

"With the growing demand for high-performance computing, the need for smarter, more efficient cooling has never been greater," says Ranga Venugopalan, Senior Market Sector Manager, Edwards Vacuum. "Our vacuum pumps help support heat pipe cooling solutions that not only keeps systems operating safely but also helps reduce energy consumption and dependence on traditional cooling infrastructure.“

At the heart of these innovations is the Edwards GV80 dry vacuum pump, a reliable, oil-free claw pump that is a proven solution for dissipating electronic heat. The GV80 vacuum pump is engineered to handle vapours and particles with precision. The GV80 forms part of smooth-running, environmentally conscious cooling systems that include heat pipes, vapour chambers, liquid cooling solutions, and intelligent speed control.

The clean, environmentally friendly system reliably maintains a constant temperature in its areas of application. Performance is stabilised at a high vacuum level and the service life of components is extended, especially in large servers or data centres.

For applications requiring deep evacuation before fluid introduction, Edwards offers the E2M40 and E2M80 rotary vane pumps. These robust pumps create high vacuum conditions down to 10⁻² mbar, enabling efficient fluid-based cooling processes. With proven durability and built-in intelligent control features, they are trusted for their stability in high-performance electronics.

Complementing the line-up is the EXS dry screw vacuum pump, known for its low maintenance requirements and operational efficiency. Designed to deliver consistent performance over time, the EXS pump supports large-scale electronic cooling with minimal power and fluid usage. Its ability to dissipate heat effectively ensures profitable, long-term operation for even the most demanding data environments.

Elaborating the need for specialized vacuum pumps for cooling, Tim McGrath, Product Marketing Manager at Edwards said, "Behind every high-performance cooling solution is a reliable vacuum system doing the hard work in the background. Edwards’ wet and dry pumps, like the E2M40, E2M80, GV80, and EXS, help create the perfect environment for these technologies to work at their best, supporting stable operation, preventing overheating, and helping electronics run cooler, longer, and more efficiently.

Together, these innovations reflect Edwards Vacuum’s commitment to supporting the digital world’s infrastructure with smart, sustainable cooling solutions that meet the evolving demands of electronic performance.

www.edwardsvacuum.com

 

A New Material Class for the Drive Technology of the Future: How Lambda Resins Could Enable the Mass Production of Axial Flux Motors

Lambda Resins isn’t a typical industry giant – and that’s precisely its strength. As a highly specialized resin manufacturer, the company has emerged over the past two years – under the umbrella of Nagel Technologies GmbH – as a sought-after technology partner for OEMs and innovation leaders. With powerful, thermally conductive casting resins, Lambda Resins GmbH (Germany) addresses some of the central challenges of electromobility, especially where conventional solutions reach their limits.

 Axial Flux Motors: Compact, Efficient, and Resource-Saving

A key application area is the axial flux motor – a forward-looking alternative to the traditional radial flux motor. Where compact design, high torque, and low power-to-weight ratios are essential, axial flux motors come into their own. They also offer a tangible economic advantage: significantly less copper, iron, aluminum, and magnetic materials are needed per kilowatt of output.

 Key advantages at a glance:

  • Lightweight design
  • High power density
  • Optimal torque-to-weight ratio
  • Improved energy efficiency
  • Reduced raw material consumption

The Challenge of Scalability – and How Lambda Resins Provides a Breakthrough

Despite these technical advantages, many axial motor concepts have so far failed to reach mass production. The main hurdle: costly bonding and joining processes have hampered industrial scalability. This is where Lambda Resins steps in – with an innovative encapsulation material and an integrated system approach for thermal and structural optimization of electric motors.

Why Axial Flux Motors Aren’t Yet Mass-Produced – and How Lambda Resins Can Change That

Axial flux motors promise a new dimension of power density, spatial efficiency, and torque – all while consuming fewer materials. However, the complexity of their geometry demands precise alignment, extensive fixation, and a high share of bonding operations – often paired with thermal intermediate steps. The result: high energy consumption, long cycle times, and excessive production costs.

In the automotive industry especially, this represents a major barrier to mass adoption. "For any drive concept to be viable for series production, it needs a cycle time of less than one minute per stator – a benchmark that most axial motor concepts currently fail to meet," says Uwe Köhler, CEO of Lambda Resins.

Lambda Resins offers a highly practical solution. Through targeted material development, the company has created a thermally conductive resin system so structurally robust that it can eliminate the need for bonding processes entirely. Instead of maintaining dozens of hot-press stations for bonded joints, Lambda Resins enables the direct casting of entire functional units – faster, more reliably, and with drastically lower capital investment. This doesn’t just make axial flux motors technically attractive – it makes them economically feasible.

 Radical Simplification in Production: Fewer Parts, Less Effort, Greater Control

Lambda Resins' technology radically simplifies axial flux motor assembly. Instead of bonding, fixing, and thermally treating individual teeth, the innovative resin system enables the direct casting of complete functional units – including coils, tooth structures, and insulation. The result:

  • Elimination of time-consuming bonding steps
  • More robust components
  • Shorter cycle times
  • Higher process repeatability

A further technical benefit: the resins’ thermal expansion behavior is finely tuned to match the metal components used. Traditional weak points such as cracks and delamination are effectively avoided – even under the extreme lateral and torsional forces generated by high-frequency magnetic fields.

The encapsulation process also unlocks new design freedoms. By eliminating adhesives, mounting plates, and insulation layers, many components can be left out altogether – including intricate busbar holders and expensive GFRP or CFRP covers, which are prone to failure under vibration stress. Their removal allows the air gap between coil and magnet to be reduced by more than 60% – directly boosting efficiency through more torque, greater output, or lower energy consumption at equivalent performance.

From a production planning perspective, these advantages are significant. Traditional axial motor manufacturing might require over 100 hot-press stations to meet sub-one-minute cycle times. Lambda Resins' encapsulation approach achieves similar results with a fraction of the infrastructure – reducing floorspace, energy demand, and capital expenditure, while increasing flexibility for OEMs.

 More Than Just a Material: Lambda Resins as a System Partner for E-Mobility

Unlike traditional resin suppliers, Lambda Resins goes far beyond delivering materials and data sheets. In close collaboration with the internationally active Nagel Group and its sister company Gehring Technologies, the team has developed dedicated process and equipment technologies that enable reliable, fully automated integration of casting resins into both existing and new production lines.
“We don’t just supply a material – we deliver a solution,” explains Köhler. “From component design and prototyping to casting strategies and production line integration, we support our customers as true partners.”

This includes a modular machine platform that automates the encapsulation process, controlling critical parameters like fill volume, thermal management, and curing. Complementing the hardware is design consultancy: Lambda Resins works closely with clients to optimize designs for resin integration – such as wall thickness reduction, improved thermal pathways, or even complete part substitution.

 Proven Performance Gains – Across Applications

Lambda Resins’ resin systems are already being used in projects for motorcycle drives, commercial vehicle components, industrial drives, marine systems, and aviation – and since 2023, the company has supported several Formula Student teams as a development partner. One striking example: in a motorcycle motor application, Lambda Resins enabled a performance boost of up to 40% without any mechanical modifications.
The secret? Improved thermal dissipation, which reduced internal electrical resistance – translating directly into higher torque and greater efficiency. “We prove time and again that our resin doesn’t just work technically – it delivers measurable performance advantages. And word is spreading – we’ve become a bit of an insider tip,” says Köhler.

One Contact. One Process. One System.

Together with the Nagel Group and Gehring Technologies, Lambda Resins offers a fully integrated system for electric motor production – from resin development and process integration to complete line planning. By combining materials, machinery, and application expertise, OEMs receive a solution-focused, all-in-one package that minimizes coordination overhead, interface risks, and friction losses – while maximizing market readiness and investment security for innovative motor concepts.

 Enabling the Axial Flux Motor for Mass Production

The future of drive technology isn’t just about new motor architectures – it’s about the materials and processes that make scalable production possible. Lambda Resins delivers exactly that: high-performance resin systems, combined with deep process and manufacturing know-how, specifically tailored to the needs of modern axial flux motors.
For OEMs and suppliers seeking efficiency and readiness for mass production, Lambda Resins and the Nagel Group offer a reliable and visionary partnership.

www.nagel.com

 

Experience evolution in identification: Trade up to a better printing experience

Trade in your current labeller, from any brand, and get 50% off a new Brady one!

Designed to provide the best user experience, Brady portable printers offer fast label material switching to optimally print extremely reliable labels that stick, and stay attached.

With Brady portable printers, you can:

- easily switch consumables, in no time

- immediately start printing with auto-calibration

- quickly design labels on your phone with Bluetooth pairing in seconds

- quickly design labels directly on the printer keyboard or touchscreen

- serialise, add barcodes, visuals and symbols

- keep going even after a printer bump, fall, shock or crush

- print directly from your own software with Brady Software Development Kit

Find out more about the promotion now!

Limited offer: Action valid until 31/07/2025. Not cumulative.

BRADY Corporation

This email address is being protected from spambots. You need JavaScript enabled to view it.

www.brady.co.uk

Gill Instruments recognised with prestigious King’s Award for Enterprise in International Trade

Gill Instruments, a leading designer and manufacturer of meteorological measurement equipment, is proud to announce it has been honoured with a King’s Award for Enterprise in the category of International Trade for Outstanding Short Term Growth.

Now in its 59th year, the Award programme is the most prestigious business recognition in the UK, and celebrates the success of exciting and innovative businesses which are leading the way with pioneering products or services across International Trade, Innovation, Sustainable Development and Promoting Opportunity (through Social Mobility). The winners, which were announced today, will be invited to a Royal reception at Windsor Castle and will be entitled to use the esteemed King’s Awards Emblem for the next five years.

Gill Instruments is one of 197 organisations nationwide to receive this year’s honour, recognising the company’s exceptional contribution to international trade in its field. With a total of 199 Awards presented in 2025, Gill Instruments’ recognition highlights its outstanding short-term growth over the last three years.

Founded in 1985 in Lymington, a town in the New Forest and facing the Isle of Wight, Gill Instruments began as an innovative engineering company specialising in ultrasonic air flow measurement. Today, the company supplies advanced ultrasonic wind sensors and weather stations to customers in over 73 countries, serving a variety of applications and markets including meteorology, process control, utilities, agriculture, marine and transport. 

Alan Brooke, CEO, of Gill Instruments, commented:

 

“We are extremely honoured to receive the King’s Awards for Enterprise in International Trade for Outstanding Short Term Growth. This recognition, which comes at a particularly significant time as we celebrate 40 years in the business, is a testament to the dedication of our team and our ongoing commitment to delivering high-quality products and services to our customers around the world. We have grown from a family business into a global organisation, but our core values have remained unchanged. This award will serve as both a proud milestone and continued source of inspiration as we move forward”.

The King’s Awards for Enterprise, formerly known as The Queen’s Awards for Enterprise, were renamed in 2023 to reflect His Majesty The King’s desire to continue the legacy of Her Majesty Queen Elizabeth II in celebrating outstanding UK businesses. Successful businesses are able to use the esteemed King’s Awards Emblem for the next five years.

Safer Chain Cutting with Enerpac Electric Cutters

enerpac_May.jpeg
The Enerpac ECCE-Series Electric Chain Cutters provide a faster, safer and more precise method than cutting with torches, angle grinders and cut-off tools. Capable of cutting 25mm chain in 35 seconds, and up to 16mm chain in just 6 seconds, the portable tools are ideal for cutting high-strength industrial chain.
Until now, chain cutting has typically involved torches, angle grinders and cut-off tools. The introduction of flames, shooting sparks, dust and smoke into the workplace is potentially hazardous, requiring operators to wear specialised PPE, including flame retardant clothing and respirators. The ECCE-Series Electric Chain Cutters provides a safer method of cutting for both the cutter operative and those close by.
The ECCE26 Chain Cutter weighs 25kg allowing it to be easily transported to the worksite. With a capacity of 312kN, ECCE26 applications range from 25mm grade 70 and grade 80 chain up to 13mm grade 100 chain. The lightweight cutter offers safe and precise general-purpose chain cutting.
The higher capacity ECCE32 Chain Cutter weighs 48kg and has a capacity of 471kN. It can be used for chain up to 32mm grade 70, 25mm grade 80 and 19mm grade 100. It is ideal for specific cutting applications including grade 100 chains, such as those used for overhead lifting.
Minimal Effort
The highly durable blades on Enerpac chain cutters can tackle a wide variety of chain – from small, low-grade chains to large, heavy-duty chains - all while maintaining effectiveness throughout rigorous use. Powered by a single or double acting hydraulic cylinder, Enerpac chain cutters move through difficult cutting tasks with speed and ease.
Maximum Safety
The ECCE-Series Electric Chain Cutters feature a transparent safety guard to protect hands and allow continuous monitoring for better management of the cutting process. In addition, the cutters produce minimal vibration, helping prevent HAVS (Hand Arm Vibration Syndrome). A lifting handle and eyebolt enable easy positioning and transport.
For more information on the Enerpac ECCE-Series Electric Chain Cutters, visit [www.enerpac.com]www.enerpac.com.

Welding Alloys Opens New Workshop in Okayama, Japan to Strengthen Regional Support and Partnerships

welding.jpeg

Welding Alloys is proud to announce the grand opening of its newest workshop in Okayama, Japan, reinforcing its commitment to regional collaboration and cutting-edge wear protection solutions for western Japan’s manufacturing sector.

Investing in Local Expertise and Service Efficiency

The Okayama facility, located at 3-5-3 Tamahara, Tamano City ([view map]), consists of an 881.56㎡ factory and a 189.9㎡ office. Fully equipped to deliver our industry-leading solutions in hardfacing, cladding, and advanced wear protection, the site features proven technologies designed to extend equipment lifespan across the steel, mining, and energy sectors. This enables customers and partners in the region to benefit from faster service, enhanced technical support, and innovative product development.

Key capabilities include:

  • Automated welding systems for high-efficiency repairs and preventative maintenance
  • Local inventory for rapid response to urgent wear protection needs
  • Technical support teams with decades of industry experience

Supporting Japan’s Manufacturing Resurgence

As Japan prioritises industrial development and green energy, Welding Alloys’ expansion aligns with regional demand for innovative, sustainable solutions. The new workshop will help manufacturers reduce downtime and maintenance costs, while improving operational efficiency.

“Our investment in Okayama reflects our commitment to providing high-quality local support to our customers and strengthening partnerships across the western region of Japan,” said Masatatsu Hasegawa – Managing Director, Welding Alloys Japan. “The new workshop will enable us to respond quickly to market needs and offer even greater value through bespoke wear solutions and technical expertise.”

About Welding Alloys
A global leader in wear protection since 1966, Welding Alloys serves the steel, mining, and energy industries with innovative hardfacing and cladding solutions.

Welding Alloys will be exhibiting at METALTECH 14th May – 17th May in Kuala Lumpur, showing our range of Welding Consumables, Machines and WA Integra services, come visit our stand 4024.

www.welding-alloys.com

 

Nagel Technologies Delivers Groundbreaking Laser Robot Cell to SCALE Research Center

With the inauguration of the new SCALE research building on the Mechanical Engineering Campus in Garbsen near Hanover in Germany on March 4, 2025, a major milestone in production technology has been achieved. Leibniz University Hannover, in collaboration with the state of Lower Saxony and the German federal government, invested approximately €50 million in this state-of-the-art research facility. A key component of the platform is the laser robot cell for 3D laser metal deposition, supplied by Nagel Technologies GmbH.

 

Automated Manufacturing for Complex Large Components

Nagel Technologies is providing an innovative solution for the production of large-scale components with its laser robot cell. The system enables additive manufacturing using laser wire deposition welding and opens up new possibilities in industries such as shipbuilding and aerospace. “Our laser robot cell not only enables the high-precision manufacturing of large components but also sets new standards in production automation and digitalization,” explains Dominik Landhäußer, Technical Sales at Nagel Technologies. “One of the greatest challenges was the integration of the concrete safety enclosure, specially developed for laser protection.”

The custom-designed and cast enclosure consists of individually engineered elements and measures 8,000 x 10,000 x 5,000 mm. Inside, two robots operate on a linear axis: one equipped with a camera system for process monitoring, and the other with the laser system for deposition welding. Components are printed on a swiveling table, with a total of 14 servo axes in use. The system accommodates workpieces up to 4,000 x 1,000 x 600 mm in size.

 

Impact on Research and Industry

Nagel Technologies was selected as the sole supplier of the laser robot cell through a competitive Europe-wide tender process. The combination of concrete enclosure, robotics, and laser technology posed a complex technical challenge. The partnership with SCALE provides tangible advantages:

  • The laser robot cell serves as a showcase installation and can be visited by potential customers.
  • Scalable production systems are tested and further developed, particularly for large structural components.

“For us, the collaboration with SCALE is a strategic move,” says Frederik Diemer, Project Manager at Nagel Technologies. “Today’s research partners are tomorrow’s customers. At the same time, we’re expanding our expertise in laser technology – from laser roughening to laser coating and laser 3D printing with wire.”

Another major benefit of the partnership: industrial prototypes are manufactured directly on the laser robot cell. By depositing material onto simplified base geometries, machining times and material costs can be significantly reduced. The process also opens up entirely new design possibilities, especially for components with complex internal geometries, cavities, and cut-outs.

 

Research with a Future Focus

Applications for further funded projects are already underway, particularly in the field of large-scale aerospace components. The insights gained at SCALE may lay the groundwork for next-generation manufacturing processes – shaping the future of industrial production.

www.nagel.com

FOX INNOVATION & TECHNOLOGIES (FOX) ACQUIRES SIRIO SOLUTIONS ENGINEERING (SSE) S.p.A.

 
SSE will add complementary services and international exposure to the FOX footprint
  • FOX, led by former Dresser-Rand CEO, Vincent Volpe, makes third acquisition expanding the product offering of its compressor and high-speed rotating equipment business
  • SSE will bring Systems and Controls capabilities to the existing FOX platform as well as strong Field Services Operations in key international markets served by FOX
  • Fox is backed by specialist energy PE firm Bluewater
  • Vincent R Volpe, CEO of Fox said: “This acquisition represents the next step in our planned development as it adds increased systems and control capabilities to Fox, while also giving us a bigger footprint in international markets.”
__________________________________________________________________________
29/04/25: Fox Innovation & Technologies (FOX), a leading provider of advanced technologies aftermarket services and solutions specialized in high-speed rotating equipment have today announced the acquisition of Sirio Solutions Engineering (SSE).
Based in the Italian city of Prato, SSE has nearly 40 years of engineering history and client service expertise. During this time, it has been successfully operating as a premier provider of engineered turbomachinery control systems, field solutions and expert field technical services for Industrial Process and Energy Infrastructure Applications.
Vincent R. Volpe, CEO of FOX, said: “This acquisition adds two critical dimensions to Fox. First, SSE brings systems engineering and turbo machinery controls capabilities to our recently launched Revamp business for turbo compressors in industrial process and energy infrastructure applications. This allows us to provide our clients an increasingly integrated solution, thereby simplifying the interface on a given project.
“Second, over the past 40 years SSE has amassed extensive experience working on high-speed turbo machinery and process reciprocating compressors internationally. Its presence in Europe, Eurasia, the Middle East, North Africa and South America will augment the Field Service capabilities already present in the USA, which came to FOX by way of the acquisition of the Cotter Group (S.T. Cotter Turbines and Axis Mechanical Group). This coverage will allow FOX to service many of our prospective clients who operate internationally.”
“We view this acquisition as the next logical building block consistent with the strategy we developed several years ago with our partners from Bluewater. We expect to continue to make strategic acquisitions to augment our footprint, capabilities and service offerings, while at the same time promoting our best-in-class efficiency and industry leading cycle times.”
The acquisition has been led by Jesus Pacheco, a member of the Board of Directors of FOX and long-time industry expert. Over the past months Jesus has built strong ties between some of the key legacy FOX managers and the executives of SSE, led by Sergio Pazzi, the Company’s founder and President of the Board. Sergio will continue to provide guidance and have direct operating involvement as needed in the business.
Jesus Pacheco said: “we were impressed by SSE’s world-class technology, quality and execution capabilities. Their demonstrated expertise providing value to original equipment manufacturers, packagers and end-users by leveraging their deep knowledge of turbomachinery, controls and auxiliaries perfectly complements FOX’s advanced compressor technology, engineering and services capabilities. We welcome the SSE team to FOX and look forward to helping our customers save energy and reduce their carbon footprint, as we create value for them through a broader range of unmatched technologies, services and field capabilities.”
Since its inception, Fox have been backed by specialist energy PE firm Bluewater who have played an important role in supporting Fox’s growth strategy.
Tom Sikorski, Founding Partner at Bluewater, said: “We have made great progress at FOX in the last several years building out our technology and engineered solutions and this is yet another piece of the puzzle. We continue to be grateful to participate in this journey with Vince and his team.” 
The integration of SSE into the FOX platform will begin immediately, ensuring a swift onboarding for SSE’s Management and a seamless transition for both companies’ employees and clients of both in the high-speed rotating equipment space for critical energy infrastructure benefiting straight away from an expanded and enhanced aftermarket services offering.
The cost of the transaction is undisclosed. 

This website is owned and operated by: MSL Media Limited

msl logo
www.mslmedialtd.com

Co. Number: 05359182

© 2005 MSL Media Ltd. All rights reserved. E&OE

ems logo mobile