In the pursuit of net-zero sustainability and business longevity, it is now more than ever a vital component to the workplace to improve and continually evolve standards in business processes to help better protect the planet, people and production. Please visit the website to read more.

Dustcontrol UK will be exhibiting a range of its high-performance extraction equipment at Advanced Engineering 2019 - the UK's largest annual exhibition for manufacturers and supply chain professionals. Taking place on Wednesday, 30th and Thursday, 31st October at the NEC, Birmingham, the Dustcontrol team will be showcasing the firm’s extensive range of both fixed and mobile cyclone-based dust extractors and air cleaners on stand M116. The DC 11-Module for example, which comes in several models, is an optimised stand-alone unit for source extraction and industrial cleaning. It has been designed to service up to six normal extraction points or several cleaning outlets at a time, and is modularly built, meaning it can be tailor-made to suit any manufacturing and production environment. As with all of Dustcontrol UK’s equipment, the DC 11-Module can be fitted with Hepa 13 filters, meaning exhaust air can be safely returned to the work environment. James Miller, Managing Director of Dustcontrol UK, said: "We’re excited to be showcasing a range of our most efficient extraction equipment at Advanced Engineering 2019. “As well as showcasing centralised systems, we’ll be exhibiting a range of H Class mobile air cleaners and cyclone-based vacuum units, with a selection of ATEX-approved models and accessories to complete the extensive range. “In addition, all of our mobile machines are designed to be as ergonomic as possible, so they are easy to handle, move around and transport, as well as being simple to maintain.” James concluded: “Advanced Engineering 2019 will provide us with a great platform to show trade users first-hand how our elite dust extracting equipment can help them stay healthy while on the job.” For further information on Dustcontrol UK's products, please call 01327 858001, or email sales@dustcontrol.co.uk.

Taking place on Wednesday, 3rd and Thursday, 4th November at the NEC, Birmingham, the Dustcontrol team will be showcasing the firm’s extensive range of both fixed and mobile cyclone-based dust extractors and air cleaners at stand L92. The latest addition to the DC Tromb mobile extraction unit family, the Hepa 13 filtered DC Tromb Turbo offers optimum quality, containment and performance. One of the major updates is the three-phase turbo motor that has been added specifically to enable running for long periods without the need to switch off. The new model has also been developed with a thermal protector that activates at high temperatures, while a simpler filter change has also been included for easier and quicker removal. The EX version is certified to IP65 standard, meaning it can operate in explosive environments; ATEX Zone 22. It also has a tall cyclone, large Hepa filters and powerful motor package, allowing it to handle large amounts of debris. Another piece of equipment on show will be the DCF Immersion, a mobile pre-separator made for handling metals like titanium and magnesium and other reactive materials in a safe way. The material is sucked/transported through a neutralizing fluid and collected in a fine net basket, staying in the fluid until emptied. The compact and portable unit can also be easily transported between workstations. The mobile pre-separator can be used with either a mobile dust extraction unit or centralised system. The team will also be exhibiting its Smart control panels, a compact and efficient control system suitable for central vacuum systems and the majority of more complex installations. Attendees will also be able to get up close to the DC 11-Module, an optimised stand-alone centralised vacuum unit for source extraction and industrial cleaning. As with all of Dustcontrol UK’s equipment, the DC 11-Module can be fitted with Hepa 13 filters, meaning exhaust air can be safely returned to the work environment.

Dustcontrol are delighted to be exhibiting at this year’s Maintec exhibition at the NEC in March. A Swedish company which develops and markets stationary and mobile vacuum extraction systems, air cleaners and suction casings for cleaning and source extraction, Dustcontrol provides a cleaner and more efficient production environment. Research and development into new and existing products is a high priority to us. Dustcontrol has its own development, production, warehouse and sales along with subsidiaries or agents in 21 countries globally.

Easyfairs today announced the acquisition of UK Metals Expo Limited. This move seamlessly complements Europe’s largest network of powerhouse industrial events, which boasts 30+ manufacturing and industrial processing exhibitions and earlier this year saw Southern Manufacturing & Electronics added to Easyfairs’ distinguished portfolio. Since its launch in 2022, UK Metals Expo has become firmly established as the annual event uniting the entire metals supply chain. The event has experienced phenomenal year on year growth in visitor attendance and exhibitor participation and enjoys the support of all key trade associations in the sector. This growth, coupled with strong enthusiasm from all stakeholders for networking and learning opportunities, has positioned the event as a significant force shaping the future of the metals sector in the UK. The next edition will take place on 10 & 11 September 2025 at the NEC Birmingham and will welcome 380 exhibitors. UK Metals Expo joins a powerful portfolio of established Easyfairs events, including the UK-based Advanced Engineering and Southern Manufacturing & Electronics. The obvious synergies between the events, including strong relationships with leading industry associations, not to mention the enhanced network of key visitor and exhibitor brands and complete supply chain coverage, offer more annual touch points for stakeholders to connect and do business. This melting pot of knowledge, experts, suppliers, technology and creativity will be perfectly placed to serve the entire UK manufacturing value chain, 365 days a year, and with innovation at its heart. UK Metals Expo also becomes part of a portfolio of European events including: Metal Madrid – part of Advanced Manufacturing Madrid – Spain’s largest annual gathering for manufacturing, machining and metal processing; Metavak in The Netherlands; and Journée de Métal in Belgium, to name but a few.

Since 2014, we have been using the Ecovadis platform, one of the most renowned ESG (Environmental, Social, Governance) evaluation systems globally. This tool allows us to continuously monitor our environmental and social impact while promoting more ethical and sustainable practices throughout our supply chain. In 2021, with a score of 68/100, we earned the gold medal, marking a significant milestone in our journey to improve sustainability. By 2023, we raised our score to 73/100, securing gold once again. This year, in 2024, we achieved a score of 83/100, earning the Ecovadis platinum medal and solidifying our commitment to the highest sustainability standards. Our dedication to environmental responsibility is also reflected in the products we develop. Our eco & sustainable thermoplastic compounds line is a clear example of how we create innovative plastic materials derived from recycled or natural sources. These materials offer key technical properties such as heat dissipation and flame retardancy, making them suitable for a variety of industrial applications. Receiving the Ecovadis platinum medal strengthens our dedication to building a more sustainable future. We will continue to invest in innovation and responsibility, aiming to maintain our position as leaders in sustainability and corporate ethics. "The platinum medal is the result of ongoing teamwork and the dedication of everyone involved. We are proud to see our values come to life every day through the hard work and commitment of our team." - Michela Conterno, CEO of LATI

EFEN, a German company leading in the innovation of electrotechnical devices for energy distribution, selects LATI's LATAMID materials for its high-current switches in the E3 series.

In today’s fast-paced business environment, understanding the intricacies of inventory valuations is crucial for maintaining optimal stock levels. This strategic approach ensures that businesses do not tie up valuable capital in unsold goods while remaining prepared to meet customer demands. Accurate accounting for liabilities is equally important, as it safeguards financial health and ensures compliance with regulatory requirements, providing a buffer against unforeseen challenges. Effective production planning methodologies are essential for coordinating all aspects of the production process. This coordination leads to enhanced efficiency, reduced lead times, and minimal downtime. By leveraging modern technology and best practices in production planning, businesses can further improve their adaptability and competitiveness in the manufacturing sector. Stay ahead in the competitive landscape by mastering these critical business strategies.

In July 2023, the UK Government published its long-awaited recommendations for tightening lobbying rules, which include requiring Government departments and senior civil servants to declare more detailed and regular information on lobbying via a single platform. In the absence of legislation, businesses must self-regulate their approach to lobbying. This means creating robust public affairs strategies for stakeholder outreach that are attentive to the ethical frameworks that do exist. Given this public scrutiny of lobbyists, how can businesses plan effective public affairs campaigns? DB: “First, think about how the influence strategy ties in with the company’s business strategy, and how it will meet the firm’s long-term goals. Also, proactivity is key. In politics, there are many external events to navigate — elections and reshuffles are practically the norm these days! How can businesses start running transparent, effective public affairs campaigns? DB: “First, they should ask themselves whether they have the in-house expertise to do it. Yes, some firms have large communications teams, but this doesn’t mean public affairs will be easy, especially if comms staff lack lobbying experience. “If lobbying experience is lacking, work with a public affairs agency that lives and breathes stakeholder outreach — and who knows what information they must submit to public registers. It’s not just lobbying experience, choose a public affairs partner that understands the industry and the regulatory landscape. “Finally, look for a partner that offers a holistic public affairs service — covering everything from stakeholder analysis and communications strategy planning to media outreach. This will help companies generate noise around their campaigns, boost journalistic relations and increase the chance of capturing politicians’ interest.” To read the full article, head to the Stone Junction website.

Solid carbide tools were chiefly used for trochoidal milling in the past. Together with SolidCAM and its iMachining software, MAPAL has now demonstrated that the highly efficient machining technology also offers advantages for milling with indexable inserts. An aeroplane part made of titanium was used as a demo object. The torsion link is a component of the main landing gear of aeroplanes and is made up of two parts. It connects the two cylindrical parts of the landing leg. This design allows the damper cylinders to retract and extend without twisting. The torsion link thus maintains correct positioning of the wheels and ensures the directional stability of the aeroplane when the landing gear is extended. Due to the resulting high loads, torsion links are made of titanium. Other than parts for a few mass-produced aeroplanes where production of forged blanks is worthwhile, both parts for the torsion link are usually milled from solid. Because titanium is a poor thermal conductor, trochoidal milling is a suitable machining strategy as the tool only briefly comes into contact with the workpiece. Part characteristics like constrictions that have to be machined, deep cavities and grooves all speak for this method. THE BETTER MACHINING STRATEGY For conventional roughing (groove milling), a wrapping angle of 180° is stipulated for the milling cutter. This has various disadvantages: long chips, high thermal loads, big machining forces. This limits infeed depths, feed rates and cutting speeds. By superimposing a circular movement of the tool over the feed movement, the contact conditions can be positively influenced with trochoidal milling. Read more online...

Among all components installed on a CNC machining center, the electrospindle is the most subject to wear or accidental events that compromise its functioning. Belotti has always offered its customers an overhaul, repair, and after-sales service for electrospindles installed on machining centers. To guarantee an increasingly rapid service aimed at minimizing machine downtime, Belotti has set up a new area inside the Innovation HUB in Modena dedicated exclusively to electrospindle repair. Here, thanks to specialized technicians and the use of specific equipment, a rigorous repair process is carried out that includes component disassembly, problem analysis, functionality restoration and three testing phases: stator/signal testing, balancing and final running-in. Service benefits: Reduced repair times compared to those provided by manufacturers, both during assembly and testing. Use of dedicated equipment and specialized personnel. Exclusive use of original materials, with higher-rotation components always in stock. In addition, Belotti Service offers an electrospindle overhaul service, covered by a specific warranty indicated in the quotation phase.

By subjecting materials to elevated temperatures and mechanical stress, researchers have been able to identify the strengths and weaknesses of different materials, which has allowed them to develop new materials as well as identify ones that are better suited to specific applications. Playing a particularly important role in the additive manufacturing of superalloys, elevated temperature mechanical testing allows researchers to study the behavior of these materials by simulating the high-temperature, high-pressure environments are often found in real-world applications. Today’s elevated temperature testing environments are total systems, comprised of the frame, chamber, sensors, specimen holders and software to help manage and analyze system data. Insights gained into the material's microstructure and deformation behavior under different conditions can help identify potential weaknesses or failure modes in the material and inform the development of improved manufacturing processes or material designs. Proper elevated temperature testing can answer significant questions that will provide better performance and efficiency in the application of superalloys produced using additive manufacturing techniques. The development of these more advanced testing equipment and techniques has enabled significantly improved accuracy and repeatability, resulting in more precise insight into material behavior under extreme conditions. This has led to an increased understanding of material behavior, with researchers gaining insights into the fundamental physics of material behavior. Ultimately, new materials with improved properties and new production techniques can confidently be brought to market

For many years now, aluminium materials have been becoming more and more prevalent in many industries. This trend continues unabated. While light-weight construction and corresponding materials and structures have always been an important aspect of aerospace, the use of aluminium to reduce weight in automobile manufacturing has increased steadily, and has really taken off now due to electromobility. MAPAL is a leading technology partner for machining aluminium components thanks to its many years of experience designing, producing and applying tools for aluminium machining. 𝗠𝗮𝘁𝗲𝗿𝗶𝗮𝗹 𝗸𝗻𝗼𝘄𝗹𝗲𝗱𝗴𝗲 𝘃𝗶𝘁𝗮𝗹 𝘁𝗼 𝗼𝗽𝘁𝗶𝗺𝗮𝗹 𝗺𝗮𝗰𝗵𝗶𝗻𝗶𝗻𝗴 𝗽𝗿𝗼𝗰𝗲𝘀𝘀𝗲𝘀 Aluminium and aluminium alloys are in principle easy to machine. As the cutting forces are low, high cutting data and in particular long tool life can be achieved with appropriate process planning. However, aluminium alloys have some special features which must be mastered. The geometry of the component and ever-increasing demands on tolerances and process capability pose additional challenges when machining aluminium. Aluminium alloys can basically be subdivided into the principal categories of cast alloys, wrought alloys and powder-metallurgical alloys, whereby mainly the first two play a role in machining. For cast alloys, various alloy elements and corresponding casting methods are utilised to create the desired properties of a component. When casting, it is important to come as close as possible to the component’s final form to simplify mechanical machining.

Empower Your Aluminium Machining For many years now, aluminium materials have been becoming more and more prevalent in many industries. This trend continues unabated. While light-weight construction and corresponding materials and structures have always been an important aspect of aerospace, the use of aluminium to reduce weight in automobile manufacturing has increased steadily, and has really taken off now due to electromobility. MAPAL is a leading technology partner for machining aluminium components thanks to its many years of experience designing, producing and applying tools for aluminium machining. Material knowledge vital to optimal machining processes Aluminium and aluminium alloys are in principle easy to machine. As the cutting forces are low, high cutting data and in particular long tool life can be achieved with appropriate process planning. However, aluminium alloys have some special features which must be mastered. The geometry of the component and ever-increasing demands on tolerances and process capability pose additional challenges when machining aluminium. Aluminium alloys can basically be subdivided into the principal categories of cast alloys, wrought alloys and powder-metallurgical alloys, whereby mainly the first two play a role in machining. For cast alloys, various alloy elements and corresponding casting methods are utilised to create the desired properties of a component. When casting, it is important to come as close as possible to the component’s final form to simplify mechanical machining. This “near net shape” technology has become established in mass production in particular. ----READ MORE ON THE WEBSITE LINK AT TOP OF PAGE----