Part of HM Precious Metals, Cookson
Industrial will provide an end-to-end service comprising of consultancy, R&D, NPD and production. This includes conventional and subtractive manufacturing alongside its additive capabilities. This will all be managed from its Birmingham head office and manufacturing site. The use of precious metals in additive
manufacturing offers organisations a new frontier for performance in extreme environments, where traditional alloys have failed to meet the thermal and material application challenges presented. Cookson Industrial aims to help
organisations looking to explore the technology to de-risk their development, simplify their supply chains and shorten time to market. The company develops and manufactures a
broad range of gas atomised precious metal powders on site, including gold, silver, platinum and palladium powders; all of which are refined from recycled sources where possible. All precious metal powders are available for
purchase in small batches up to 15kg, or for use in Cookson Industrial’s state-of-the-art additive manufacturing facility in Birmingham. This currently comprises six EOS Precious M 080 and M 100 AM machines, alongside a Renishaw AM 500S Flex single laser AM machine. Cookson Industrial has already partnered with the University of Birmingham to explore
“AS9100 is one of the most demanding quality accreditations in industry,
so we’re delighted to have secured it within a few months and with such an impressive result,” explained Chris Ball, executive director at Advanced Chemical Etching. “It has been a real collective effort with pretty much every member of the
team involved in the planning, execution and then the eight-day audit. No stone is left unturned during this process, and it really means you are at the top of your game.” He continued: “Importantly, it will also open new doors for us as we will now
be able to tender for additional work with clients both at home and abroad.” Advanced Chemical Etching supplies precision components to 25 companies involved in the aerospace industry. This includes producing parts for the undercarriage, interiors and in engines, with recent ‘wins’ ranging from heat exchangers and actuators to ice protection and components used in galley trolleys. However, the scope of ACE’s activities also spans Formula One, electronics and the
medical industry. The company produces anything from simple washers to highly complex precision components for a wide variety of applications, including battery interconnects, fuel cell bi-polar plates, battery grids, cooling plates and heating components.
the development of precious metal alloys for additive manufacturing applications across the aerospace, healthcare and glass fibre manufacturing industries. Aerospace is seen as a key growth market for the company. Cooksongold is also currently working with Bentley Motors to manufacture a series of components for its Batur by Mulliner line.
A modern design designed to be simple to stock and use, EMAS pushbuttons are typically supplied fully built-up and ready for immediate use, though they are also available in component form for custom assembly. This flexibility makes them ideal for a wide range of applications, including robotics, control panels, and other industrial uses. EMAS Electrics’ commitment to quality and innovation is evident in
the robust construction and sleek design of its pushbuttons. “By maintaining extensive stock across a UK distribution network, we
ensure quick availability and support for industries that require efficient and dependable control solutions,” says Nelson Finan, EMAS Electric UK. The company’s pushbuttons are engineered to withstand harsh
industrial conditions while offering easy integration and operation. EMAS Electrics continues to solidify its position as a trusted provider of high-quality industrial components, meeting the evolving demands of modern manufacturing and automation sectors.
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