The Bury-based business has a sponsor board, formerly held by JD Sports in the Cemetery End as well as two banners on the front of the stadium. In recent years the group has invested extensively in new equipment and training in order to offer a high quality, competitive service to Read more…
With manufacturing rebounding post-pandemic, demand for plasma nitriding in aerospace, automotive, motorsport, and other industries is surging. To meet this need, Wallwork Group is expanding capacity by adding two new Rübig plasma nitriding furnaces, with the first set to arrive in August. Wallwork director, Simeon Collins, explained, “This is a Read more…
Investing to Expand Capacity To support rising demand from motorsport suppliers, including F1 engine and transmission components, Wallwork Heat Treatment has invested in a cutting-edge vacuum carburising furnace at its Greater Manchester facility. Despite COVID challenges, this major investment boosts the group’s UK vacuum furnace total to 29, enabling daily Read more…
New 3D Printed Metal Post Processing from Wallwork PALMS (Plasma Additive Layer Manufacture Smoothing), developed at Wallwork’s Cambridge R&D centre and Manchester machine build division, is a cutting-edge electrochemical plasma process designed to reduce surface roughness of 3D printed metal parts. This innovative technology, used by aerospace manufacturers, motorsport engineers, Read more…
Bringing forward plans by two years, Wallwork Group have signed for a second hot isostatic press from Quintus Technologies. This follows hot on the heels of opening their £10 million Wallwork HIP Centre. With Quintus completing the commissioning of the first HIP in the third quarter of 2023. “Demand from Read more…
£10 million investment, 2500 square metres facility With a £10 million investment, Wallwork Group is establishing a state-of-the-art Hot Isostatic Pressing (HIP) centre at their Bury, North Manchester site. Housed in a newly prepared 2500 square metres facility, the first of their new HIPs is expected to be fully operational Read more…