PowTechnology were delighted to exhibit at Underwoods AUTOMATION NEXT event, at the impressive Imperial War Museum, Duxford. It was an amazing choice of venue, matched by the quality of the event itself. It set it sights high, ambitiously billed as a “ticket to explore the very latest automation & controls technology that is taking our industry by storm.” It certainly delivered, offering hands-on access to cutting-edge automation and controls solutions from world-leading manufacturing partners … like PowTechnology! The buzz was incredible, with people wanting to explore solutions to real engineering issues. It was a fascinating insight into the everyday situations that manufacturing industry faces, from regulatory constraints, such as AMP8 to data security. The worlds of automation, process control and IIoT are spinning so fast, it can be a challenge for engineers to avoid getting dizzy trying to keep up! It was a privilege to help attendees and fellow exhibitors solve their engineering challenges, not least with the first excursion for our brand new MetronM Modbus IIoT gateway. MetronM acts as a master, using RS485 Modbus RTU to collect data from a broad range of slaves, including PLCs, meters, HMIs, smart sensors, drives and machines. This rich, reliable, digital data is collected and transmitted via mobile phone networks to PowTechnology’s versatile MetronView platform, creating alerts and actionable insights to improve productivity, sustainability, compliance, safety and other key performance areas. Data can be collected via a simple API for further processing in enterprise ERP and application-specific software for production, maintenance, purchasing and logistics planning. Many thanks to the whole Underwoods Team and especially Peter Fuller, Sales Director, for an excellent event. Thanks also to Siemens for the constant support they offer to Partners, such as Underwoods and ourselves!

PowTechnology’s product roadmap is right on track and we’ve started launching a range of exciting new IIoT products and solutions, blending IT and OT to deliver operational benefits from productivity to planning ... safety to sustainability ... collaboration to compliance ... maintenance to market leadership! We’re delighted to be kicking off our innovation extravaganza with our MetronM! PowTechnology’s Metron brand is already globally recognised for robust, reliable remote monitoring, creating actionable insights from raw sensor and machine data. MetronM builds on this heritage, delivering a sophisticated, versatile multi-purpose IIoT gateway. What Does The "M" In MetronM Stand For? Primarily, it stands for Modbus. Modbus is an open, royalty-free industrial communication protocol used in billions of devices. Our ground-breaking MetronM device is a multi-purpose IIoT gateway delivering rich, reliable, digital data via RS485 Modbus RTU. There is more info on Modbus below. It can also stand for: -Machines -Modules -Maintenance -Meters -Motors How Does MetronM Work? MetronM acts as a master, using RS485 Modbus RTU to collect data from a broad range of slaves, including PLCs, meters, HMIs, smart sensors, drives and machines. Typical Applications For MetronM Energy Metering - MetronM can measure voltage, current reactive power and frequency, as well as kilowatt-hours (kWh) Tank Level Monitoring - In addition to simple level/volume measurements, MetronM can monitor signal quality, echo amplitude, measured distance and temperature. Condition Monitoring - The rich data available via MetronM can track key performance parameters in machinery, feeding into ERP and bespoke maintenance platforms, to assist organisations with predictive and proactive maintenance, avoiding breakdown and stoppage. Please see the link below for a brochure with more info. We welcome your enquiries!

The Ds4F is a next-generation pump and a groundbreaking expansion of the Verderflex cased drive range. This pump not only incorporates the advanced features and software of the Ds500 but also offers unparalleled versatility with various tube element options. Primarily applied in dosing chemicals for water treatment, wastewater management, and industrial processing, unlike conventional diaphragm dosing pumps, the Ds4F minimises pulsation and can maintain precision at very low dosing rates. It is also capable of handling difficult fluids, including viscous, shear-sensitive, or abrasive chemicals, which some competing technologies struggle with. The pump’s robust construction and chemical resistance make it ideal for harsh industrial environments, and its maintenance requirements are reduced due to the simple peristaltic design, which uses minimal moving parts and no valves. The Verderflex Ds4F functions as a peristaltic dosing pump, accurately delivering chemicals or additives into process streams. Installation is straightforward due to its compact footprint and user-friendly interface, allowing for easy integration into both new and existing systems. The Ds4F can be wall or panel-mounted, offering flexibility in various environments. The success of the Verderflex Ds4F is demonstrated through its adoption in demanding water treatment and industrial chemical dosing applications. The product is chosen for its combination of dosing accuracy, reliability, and low maintenance requirements, which meet or exceed client expectations for operational efficiency and cost-effectiveness. Clients include water utilities, industrial manufacturers, and process engineers who require precise chemical dosing for regulatory compliance and process optimisation.

PROFOX X is engineered around a robust metal enclosure, offering high mechanical strength and environmental protection in a compact form factor. This makes it particularly suitable for applications where installation space is limited, such as skid-mounted process units, modular plant designs and retrofit projects. Despite its reduced footprint, PROFOX X maintains the durability expected of industrial electric actuators, supporting long service intervals in demanding operating conditions. A key operational feature of PROFOX X is the integrated FOX-EYE status indicator. The centrally positioned, high-intensity LED provides clear visual feedback on actuator and valve status, enabling operators and maintenance personnel to determine operating conditions at a glance. In complex process environments where multiple actuators are installed within confined or hazardous zones, this immediate visibility reduces the need for manual verification via control systems and supports safer, more efficient plant walk-downs. PROFOX X is certified for use in ATEX and IECEx explosive atmospheres, covering gas group IIC T4, including hydrogen. This certification allows the actuator to be deployed in a wide range of chemical, petrochemical and energy applications where explosion protection is mandatory. In addition, the actuator supports integration into functional safety architectures, making it suitable for use in SIL-related valve automation schemes. Reliable position feedback, diagnostics and compatibility with modern control interfaces ensure predictable behaviour within safety-instrumented systems. PROFOX X addresses the practical challenges of valve automation in hazardous and safety- critical process plants by combining explosion-proof design, compact construction and clear local indication,, supporting consistent operation, maintainability and compliance across a broad range of industrial applications.

The REACTEX range of interchangeable glass reactors have a capacity from 250ml to 5 litres. Using UK and German manufactured components, the REACTEX range offers the following features and benefits: • Plain, jacketed and vacuum jacketed vessels, graduated as standard • Easy drain down system in Stainless steel and PTFE with bleed valve and insulated hoses • Quick vessel changeover • Standard flange size DN100 • Spring loaded PTFE no dead space valve with FFKM o-ring • Temperature control from -90°C to +250°C • Mechanical seal B29 to 10 mm shaft – 1mbar vacuum • PTFE lid with self-locating securing ring

In industrial processes where each product has unique characteristics, empirical validation can be essential. Agitation and mixing solutions present specific challenges depending on the application, and while in most cases process calculations and process simulations are sufficient to determine the result, on some occasions empirical testing is indispensable. An incorrect selection of the agitator or mixer forces production stoppages and costly redesigns. A 𝗣𝗶𝗹𝗼𝘁 𝗣𝗹𝗮𝗻𝘁 fully equipped with various agitation and inline mixing configurations to cover a wide spectrum of industrial processes, as is our case, allows reproducing real process conditions to validate solutions before industrial implementation, minimizing uncertainties and guaranteeing the technical viability of proposals.

CDR Pumps helped a national corrugated packaging manufacturer cut pumping energy costs by nearly £1million in a single year by replacing compressed air-driven pumps with high-efficiency electric QUANTM pumps. Rising energy costs and sustainability targets are forcing manufacturers to rethink how critical systems are powered. One of the biggest hidden energy drains is compressed air. Air-operated diaphragm pumps (AODDs) are commonly used across UK manufacturing sites due to their versatility and durability. However, their reliance on compressed air makes them inherently inefficient – typically operating at just 10–15% efficiency. By contrast, QUANTM's electric diaphragm technology operates at up to 80% efficiency, providing immediate energy savings as well as improved operational efficiencies. The results were immediate and scalable for our customer – resulting in annual energy savings of close to £1million across 11 UK manufacturing sites. You can read more about this case study on our website. If you're evaluating pump efficiency on your site, we can help you quantify the opportunity.

The Henry Royce Institute has today announced the publication of an Outline National Framework for Materials 4.0, setting out for the first time a shared definition, structure and language to guide the broad UK materials community through the transition to a fully digitally enabled materials ecosystem. Developed through in-depth interviews with strategic stakeholders, a nationwide review of Materials 4.0 activity and a comprehensive international benchmarking exercise, this framework provides a vital foundation for consultation – aligning research, industry and Government around the future of materials innovation linked to the digital transformation. Identified as a core cross-cutting theme in the Royce facilitated National Materials Innovation Strategy, Materials 4.0 describes the shift toward a digitally empowered materials sector. At its core is a materials informatics ecosystem that integrates: Advanced materials modelling, Large-scale and high-quality data, AI and machine learning, In-silico experimentation, Manufacturing informatics, Life-cycle and circular-economy simulation. By enabling seamless data flow from discovery to end-of-life, Materials 4.0 promises to compress development timelines, optimise the use of scarce resources, reduce waste and strengthen national resilience through smarter manufacturing. Follow the link to find out more.

Read our latest case study where a major data centre operator approached us with a concern regarding their backup power systems.

WIKA has received ISO 45001 certification for its Services division, an international standard for occupational health and safety management systems. Such a system ensures that all operational processes are harmonised with health and safety in the workplace. Processes are also continuously optimised to this end. It applies both to activities at its own facilities and the various service calls at the customer′s site. The occupational health and safety management system ensures that risks are systematically identified and minimised during these sometimes challenging assignments. WIKA’s services range from installation, maintenance and repair to calibration and consulting. The requirements of the ISO 45001 standard include regular audits, employee and management training and the evaluation of safety standards. These measures make it possible to recognise and eliminate potential hazards at an early stage and lead to a continuous improvement in processes with regard to occupational health and safety. “With the ISO 45001 certification of our Field Services, we are sending a clear signal at international level,” says Matthias Bundschuh, Vice President Services at WIKA. “Customers worldwide can rely on the highest safety standards being met during installation, commissioning and maintenance of the instrumentation - whether for new projects or maintenance and repair work as part of service calls.”

Why lab emulsions fail at scale In the lab, creating a stable emulsion often feels deceptively easy. A beaker, a few hundred milliliters of liquid, a surfactant, and a handheld high-shear immersion blender, a rotor-stator probe, or even a small overhead stirrer—can deliver results that look perfect: smooth texture, fine droplet size, and quick "proof" that the formulation works. Then comes the scale-up.

Join an exclusive technical seminar dedicated to professionals wanting to deep-dive into thin-film and short path distillation technologies. Suurmond’s partner VTA/UIC will share their knowledge and experience in the field of distillation processes, dedicated to optimizing your product. Discover how to optimize processes, boost efficiency, and gain a competitive edge in your market. Read on to see how this event can transform your production capabilities. Whether you are a process engineer, CTO, technical director, COO, R&D specialist, production manager, or distillation engineer, this seminar is designed to give you practical insights and cutting-edge solutions for distillation challenges. In smaller companies, Managing Directors and CEOs will also benefit from the strategic perspectives shared. From purification and deodorisation to VOC removal, concentration, and colour improvement, the seminar addresses the needs of industries including oils & fats, perfumes & cosmetics, recycling, pharmaceuticals, and specialty chemicals. Chemical and process engineering students are warmly invited — with special student rates available.

The Solvents Industry Association(SIA), in collaboration with the European Solvents Industry Group (ESIG), is proud to launch an updated version of their Solvents & Static Electricity Safety Film. In part one, we will learn about the hazard of static and how it can accumulate. Part 2 will look at the practical measures to eliminate the risks associated with static discharge in flammable atmospheres. The Solvents Industry Association would like to thank Alcohols Limited and Haltermann Carless for the kind use of their sites for the filming. Also to New Vision Productions and stakeholders for their hard work in making the film possible.

Building on our reputation for quality, consistency, and exceptional service, SIP will be introducing a broader selection of complementary raw materials that work in parallel with our core offerings. This strategic expansion is driven by our commitment to sustainability and our ambition to deliver even greater value to our customers. Over the coming months, we’ll be collaborating closely with key partners to understand their evolving raw material needs and explore how SIP can help reduce total acquisition costs while maintaining the highest performance standards. This marks an exciting new chapter for SIP — one focused on deeper partnerships, a wider solutions offering, and a greener, more efficient future for our industry.

For the 3rd year running, SIP - Speciality Oils and Fluids has been awarded the EcoVadis GOLD sustainability rating putting us in the top 2% of companies in our product industry. Achieving a Gold rating signifies that SIP has demonstrated a strong commitment to sustainability, giving a commanding signal to stakeholders and reinforcing the message that this business takes sustainability seriously and has the evidence to back it up.