High-Temp 3D Printer for Demanding Applications Reliable Manufacturing of Complex Parts The ALTRA 280 is a high-performance industrial powerhouse with an expansive build volume. It delivers unrivaled reliability with up to 4 state-of-the-art extruders. These controlled dual extruders with their respective backups are groundbreaking in additive manufacturing, delivering flawless prints every time. The high-temperature capabilities enable peak-level 3D printing for demanding applications from aerospace to defense to automotive industries. The ALTRA 280 is everything at once – a large, fast, reliable, high-temp industrial machine. It delivers complex production-quality parts without compromise.

Welding is a common and critical process for manufacturers across a wide range of industries. Unfortunately, welding generates fumes that expose welders to serious health risks and must be controlled in an effective and safe method to protect the welder. Read more by visiting the website.

Vacuum boosters are essential in applications where high pumping speeds and low pressures are required, such as food packaging, coating, metallurgy, and leak detection. However, even small mistakes in their setup or operation can lead to costly downtime, equipment damage, or complete failure. In this article, we will explore the six most common mistakes made when operating a vacuum booster and how to overcome them. Not allowing cooling time before reaching ultimate pressure It is always recommended to allow a vacuum booster to cool down between running at maximum differential pressure and ultimate pressure. Maximum differential pressure occurs during the evacuation cycle and generates the most heat. As a result, the temperature rises suddenly, decreasing the clearance between the rotor and housing. At ultimate pressure, almost all gases have been removed. The rotary lobes spin at very high speeds, but there is minimal – or even zero – gas throughput. This means that heat cannot dissipate quickly through the gas and the surface of the casing. If repeated cycles are undertaken with insufficient cooling time, the lobes no longer have enough space to turn due to the decreased clearance, and the booster will seize. In extreme cases, this can lead to a total failure. Improper temperature fluctuations Sudden strong reductions in the ambient temperature during operation, especially at ultimate pressure, can be critical to a booster. The thermal shock causes the housing to contract while the lobes are still hot. Just like if insufficient cooling time is allowed, the necessary clearance between housing and lobes is reduced, with the result that the vacuum booster seizes. To prevent thermal shocks, the operator should... Visit the Busch website to continue reading the complete guide to all six common mistakes when using vacuum boosters: https://www.buschvacuum.com/uk/en/news-media/most-common-mistakes-when-using-vacuum-boosters.html

On October 30 and 31, 2024, over 9,800 engineering and manufacturing professionals flocked to the NEC, Birmingham, to attend the 15th edition of Advanced Engineering. Across the two days, visitors witnessed the very latest that the industry had to offer, with over 400 exhibitors showcasing their innovations. The exhibiting companies included representatives from Atlas Copco, Optimas, Airtech Advanced Materials and RS Group. Several leading industry associations also had a presence, such as Composites UK, Innovate UK, the GTMA and the National Composites Centre. Advanced Engineering’s co-located sister show, Lab Innovations hosted a further 200 exhibitors, meaning visitors had access to an even wider array of professionals from the scientific community. One exhibitor, James Watson, a regional director for Make UK Defence said, “This is our first time exhibiting and we’ve been blown away. We didn’t know what to expect, but the interest has been incredible. Our stand hasn’t stopped — we’ve seen a lot of existing members, along with a flood of new ones, and we’ve gathered dozens of actionable leads in one morning.” Visitors included representatives from Airbus, Dyson, JLR, McLaren and Rolls-Royce, plus many more. The event had several features, new and returning, to keep attendees busy across the two days. This included the return of the Enabling Innovation zone — an area for start-ups and SMEs to showcase their cutting-edge technologies. On the second day, Enabling Innovation exhibitors were invited to pitch their company and technology to a panel of judges, including representatives from Innovation DB and Innovate UK. Dream Big Composites was crowned with their winner, with its composite smart vacuum system — a groundbreaking IoT device that automates the critical monitoring and control of vacuum pumps to prevent leaks and thermal runaway in composite manufacturing.

Advanced Engineering will be host to the UK debut of the all-new Dura 400 Series. Designed from the ground up to be beautifully simple, this brand new range of workshop furniture from Dura is simple to choose, simple to buy and simple to install. Dura has utilised every element of its 27 years of design experience to create thus entirely new range of world-class workshop furniture. Where the 600 Series represents the absolute pinnacle of workshop furniture as our flagship product, the 400 Series offers all the benefits of Dura within simplified, cost-effective packages, delivered in a matter of days, and installed in just hours. The meeting point of form and function, the new 400 Series is commonly purchased in combination packages, enabling customers to choose a layout that best meets their needs, with the option to order individual units and tailor layouts where required. This all-new product retains all the benefits and quality of Dura. It is built to the same standards as their existing products, at the same facility, using the same processes, and backed by Dura’s legendary service and product guarantee. The new product range is extensive with complete range of workshop furniture available in combination packages and as individual items. This includes Open-Front Storage, General Storage Cabinets, Under-bench Tool Storage Cabinets, Mobile Tool Storage Cabinets, Trolleys, Waste Management, Dispenser Cabinets and Workbenches. Every piece of the 400 Series is finished in Architectural grade Anthracite Grey (RAL7016) textured paint, with every panel going through the same treatment process, including an anti-corrosive phosphate coating, before powder coating to an award-winning standard. Be the first to see the all-new Dura 400 Series at Advanced Engineering on Stand G165.

Unison Ltd, the manufacturer of world class tube and pipe bending technologies, has entered into a definitive agreement to acquire the assets of production machinery and tooling specialist PHI.

For decades, we have been at the forefront of revolutionising the landscape of workplace safety, particularly in the realm of combustible dust management. Our dedication to providing cutting-edge dust extraction technologies has solidified our position as a trusted leader in workplace safety and clean air technologies in various industries. The integration of our technology in warehouses has seen increased awareness of the dangers of combustible dust and the enhanced safety coverage that our products bring to a workplace. Organisations have not just recognised but relied on our unwavering commitment to workplace safety to ensure safer operations and increased operational capacity for their businesses. The choice of our clients to continue to utilise our technologies and superior dust extraction solutions showcases our proven reliability and effectiveness. This has solidified our relationships with our clients and shows a continued trust in our commitment to protecting people, planet and production from harmful effects of industrial processes. Visit the website to read the rest of the article.

Wessex Resins and Adhesives is delighted to announce it has donated 1 per cent of its annual turnover for the ENTROPY RESINS® product range to Protect Our Winters UK. This is part of the company’s commitment to 1% for the Planet, a global movement inspiring businesses and individuals to support environmental solutions through annual membership and everyday actions. 1% for the Planet, a non-profit organisation, brings financial donations together with ‘doers’ who are approved ‘environmental non-profits’, such as Protect Our Winters UK (protectourwinters.uk).

The most effective method of controlling the amount of welding smoke and fume in the factory air is to capture them close to their source before they enter a worker’s breathing zone or general workplace environment. The most typical solutions are extraction arms or on-torch extraction. However, there are situations when this is not possible, not practical or simply does not provide required air quality in the workshop. Visit our website to read the rest of the article.