MRPC is a subsidiary of the AXTech Group, which specializes in customized heavy lifting and handling equipment for the maritime and offshore industries. The award-winning system minimizes the roll and pitch movements that operating equipment is exposed to at sea. This is especially important for vessels where heavy lifting or winching operations are carried out. The system ensures that the vessel remains within the range of acceptable tilting so that these operations can be performed safely. This is achieved by rapidly filling and emptying ballast tanks using large volumes of seawater. Compressors and vacuum pumps from Busch make it possible to adjust the volume in the tanks very quickly by generating overpressure to empty them and vacuum to fill them, thereby keeping the vessel in an acceptable position. In addition, fast-acting valves and a control system with advanced algorithms allow the system to compensate immediately. The buoyancy control system developed by MRPC is reliable, safe, energy efficient, and suitable not only for ships but for all types of floating units. Wind turbines, for example, can also be effectively kept in balance by this system. As the tilt of a wind turbine plays a major role in maintaining its performance, it ensures higher productivity and a longer turbine life. Sami Busch, Co-owner and Co-CEO of the Busch Group, handed the award over to the engineers from MRPC, saying: “With the help of vacuum technology, you have found an innovative and sustainable answer to the challenges posed by strong waves at sea. We would like to honour you with the ‘Innovation in Vacuum Busch Award’ for this pioneering problem solution.” Busch presents the “Innovation in Vacuum Busch Award” once a year. This award honours individuals or companies that make use of vacuum technology with particularly innovative ideas, thereby benefiting people and the environment.

BRW is the woodworking industry leader in Europe. Woodworking is a continuous process, often with two or three shifts up to 16 hours a day and energy consumption is a significant cost item. The filtration plant in Biłgoraj was installed 15 years ago and their existing control system means it was impossible to adapt the air extraction to the current use of the machines and thereby minimise energy use. It was quite simple for us to resolve this using our Nederman SAVE energy saving concept, by which we supplemented the existing equipment with digital sensors, equipped the system with additional dampers and inverters, as well as an intelligent control system for these. Nederman SAVE knows which machine or part of the machine that is in use and the extraction requirement, and based on this, the entire system is adjusted to minimise energy consumption. This new system is a much more effective solution compared with a differential pressure monitoring system that is otherwise used in most systems in the market. Visit the website to read more.

A complete industrial air filtration solution for welding fumes. Recently, Nederman launched the new compact plug-and-play welding fume extractor MCP-GO SmartFilter, which is building off Nederman industry-leading MCP SmartFilter technology. The MCP-GO is a complete industrial air filtration solution for welding applications that offers advanced filtration technology in a simple, quick to install and easy-to-use package. It provides power and versatility for a wide range of applications and is a reliable, clean air solution for manual welding, welding robots or cobots, and thermal cutting processes. Top advantages with the welding fume extractor MCP-GO The MCP-GO SmartFilter stands out for its advanced filtration technology, which is packaged in an all-in-one fume extraction system. Visit the website article to read more.

Asslar - Pfeiffer Vacuum+Fab Solutions has reached a milestone in its sustainability journey. With the approval of the company’s science-based emission reduction targets, Pfeiffer is now featured on the SBTi website as having a net-zero target in line with the Paris Agreement on climate change. This means Pfeiffer commits to reach net-zero greenhouse gas emissions across the value chain by 2050. Moreover, Pfeiffer also has approved near- and long-term science-based emission reduction targets with the SBTi. This approval reaffirms the commitment of Pfeiffer to combating climate change and contributing to a sustainable future. The SBTi is a global organization that drives corporate climate action. It enables companies to set ambitious greenhouse gas (GHG) emissions reduction targets aligned with the latest climate science and the Paris Agreement’s goal of limiting global warming to 1.5 °C. Over the course of two years, Pfeiffer has developed a roadmap for its sustainability journey that has now been approved by the SBTi. The targets set by Pfeiffer focus on reducing direct emissions for the operation of the company’s facilities (scope 1 & 2) as well as indirect emissions from purchased goods or the use of sold products (scope 3). These targets are scheduled for three specific dates: By 2030, Pfeiffer is committed to transition to 100% renewable electricity. Looking ahead to 2034, the company aims to cut absolute scope 1 and 2 GHG emissions by 58.8% and absolute scope 3 emissions by 35%. By 2050, Pfeiffer is committed to achieving a 96% reduction in absolute scope 1 GHG emissions, 93% in absolute scope 2, and 90% in absolute scope 3. As an overall target, the company is dedicated to reach net-zero GHG emissions across its entire value chain by 2050. To read the full press release please visit: https://group.pfeiffer-vacuum.com/en/news-media/pfeiffer-vacuum-fab-solutions-achieves-validation-of-emission-reduction-targets-by-the-sbti/

Asslar, July 15, 2025 – The new website showcases a modern layout, improved navigation, and a range of features designed to help users easily access the products, services, and technical expertise they need. A new product finder enables visitors to explore the entire portfolio of both Busch Group brands – Busch Vacuum Solutions and Pfeiffer Vacuum+Fab Solutions. By entering their specific application or market, customers can quickly find the most suitable vacuum or overpressure products for their process requirements. To further enhance the user experience, each product page now includes a contact form, allowing direct communication with the relevant sales company. Additionally, customers in the European Economic Area (EEA) have direct access to the Pfeiffer Online Shop, where they can conveniently purchase vacuum components, chambers, and measuring devices online. “We want to provide our customers with an intuitive and tailored user experience that enables them to quickly and efficiently find the right products for their specific requirements,” says Oliver Mössler, Head of Global Marketing at Busch Group. Local information and country versions The global website is currently available in English, German, Chinese, and Korean, with more languages scheduled for release in the coming months. Localized versions featuring country-specific products and company information are already live in Germany, France, and the United States, with more regions to follow. With this digital upgrade, Pfeiffer Vacuum+Fab Solutions delivers fast expert support that is easily accessible worldwide.

Asslar, April 15, 2025 – The HiCube Neo RGA integrates a HiCube Neo vacuum pump unit and a PrismaPro mass spectrometer into a compact system designed for residual gas analysis. The turbomolecular vacuum pump within the unit generates the vacuum levels required for mass spectrometry, allowing the PrismaPro to detect and analyze specific mass ranges of gas molecules, thereby providing data for process monitoring or quality control. This system ensures precise identification and examination of residual gases. The HiCube Neo RGA operates across a broad pressure range, from atmospheric pressure to high vacuum. It can be used in various applications such as coating as well as a wide array of analytical tasks. A system with integrated safety features To ensure stable operation and protect system components, the HiCube Neo RGA includes several built-in safety mechanisms. The system also features a vacuum gauge that continuously monitors total pressure. If the pressure exceeds a pre-defined safety threshold, the system automatically shuts down the filament inside the mass spectrometer. This prevents filament damage caused by exposure to high pressure, which can extend service life and reduce the frequency of replacements. The system can also be equipped with an integrated shut-off valve. Various connectivity options for process monitoring The HiCube Neo RGA offers multiple connectivity options for integrating external sensors and monitoring equipment. It supports both digital and analog inputs and outputs, allowing data from additional sensors – such as further vacuum gauges – to be incorporated into the analysis. The built-in touch screen provides direct access to measured values and displays signals from connected components. The PV MassSpec software further enables quick and easy access to the measurements. Visit the Pfeiffer Vacuum+Fab Solutions website to read the full press release.

Asslar, February 20, 2025 – Available in single and three-phase motor variants, the new HiScroll 46 delivers a small footprint, strong performance, and quiet operation. Despite its compact design, the HiScroll 46 achieves high pumping speeds, offering powerful vacuum performance in terms of size to pumping speed ratio. Weighing eighteen kilograms less than comparable products on the market, it provides efficiency and ease of use. The small size of the HiScroll 46 makes it a fitting choice for analytic and industrial applications, laboratories, research facilities, and even semiconductor applications where space is at a premium. One of the quietest vacuum pumps available One of the key features of the HiScroll 46 is its quiet operation. The single-phase motor variant boasts a sound pressure level of just 50 dB(A), making it one of the quietest vacuum pumps available. Operating at only 280 W, the HiScroll consumes 50% less energy than other scroll or multi-stage Roots vacuum pumps. This efficiency not only lowers operating costs but also aligns with the commitment of the Busch Group to reduce greenhouse gas emissions. The three-phase motor variant of the HiScroll 46 is designed with customer convenience in mind. Equipped with a Harting power plug, it requires just a one-time wiring setup by the customer to match the local power supply. After this initial installation, the pump can be easily operated by simply unplugging and plugging it back in, allowing for immediate use without the need for additional professional electrical installation. The robust and efficient three-phase motor design will also come with IP44 certification, enhancing its compatibility with industrial environments. Engineered for flexibility across industries The HiScroll 46 has a high tolerance to... To read the full press release, please visit: https://group.pfeiffer-vacuum.com/en/news-media/pfeiffer-vacuum-fab-solutions-presents-the-new-hiscroll-46/

PRO-SET® Epoxy is delighted to announce its partnership with Revolution Race Cars. The collaboration supports the manufacture of the latest production model, the 500 EVO, which is competing internationally in the mixed prototype series. This collaboration demonstrates PRO-SET® Epoxy’s position at the forefront of automotive innovation, proven through its performance in demanding motorsport environments.

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.

According to Next Green Car, 2021 saw the largest ever annual increase in the number of electric vehicle registrations. Over 305,000 were registered, a 74 per cent increase compared with 2020. Here Simon Ward, technical manager at TFC, shares three ways EV manufacturers can stay ahead of the demand curve. In 2021, the Government brought forward its ban on new petrol and diesel vehicles from 2040 to 2030. This target has accelerated the EV market boom, creating pressure on design teams to deliver innovation, and impetus on production teams to maximise capacity. So, what can design teams do to stay ahead of consumer demand? Read more at https://tfc.eu.com/resources/latest-tfc-news/

When production efficiency, compliance, and energy management all come under pressure, it takes a smart solution to bring everything together. Tiflex Ltd. is a long-established manufacturer specialising in rubber and cork-based products. With multiple production lines and varied material processes, maintaining a safe, compliant, and efficient working environment is a constant priority. Over time, the company’s legacy dust extraction setup had become inefficient and difficult to manage. Four separate systems occupied valuable floor space, complicated maintenance, and failed to meet ATEX compliance standards. A particular concern given the combustible nature of cork, rubber, and plastic dust. Read more by visiting the website.

In October 2021, while petrol stations saw long queues, enquiries for electric vehicles (EVs) soared. The petrol shortage provided an additional nudge to accelerate the already growing consumer appetite for greener vehicles. Here Chris Billinge, business development director, shares his insights into how this growing market can achieve further production efficiencies and create more time to innovate. In September 2021, almost 33,000 pure electric cars were registered in the UK, setting a new monthly record and nearing figures for the whole year of 2019. And it’s not just cars — we can expect electric vans, trucks, buses, trains, motorcycles, and cargo bikes to become the norm in the coming decades. As the UK Government’s 2030 deadline for ending the manufacture of petrol and diesel cars draws closer, manufacturers are gearing up their electric vehicle production to see in a greener future. Unlocking growth potential TFC’s VMI can help businesses in high growth mode, as it both improves manufacturing efficiency and removes the supplier purchasing, invoicing, chasing and negotiating headaches from supply chain personnel. Frees teams up to focus on tasks that add more value to the business. TFC, an AFC Industries Company - Visit us on ✨ Stand G146 ✨

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Forward began trading in 1997 as a Midlands-based distributor but has since grown into a global distributor of fasteners. They combine service solutions across inventory management, direct line feed, scheduled deliveries, MRO solutions and integrated managed stores. Forward offer a rapid part replacements service along with sample production runs. The company specialise in safety-critical fasteners and turned parts, working mainly with the automotive, aerospace, rail, power generation, infrastructure, defence, and oil and gas industries. The acquisition is part of TFC’s strategy to further grow its business in the UK and Europe and improve geographical coverage.