FDM Digital Solutions has invested in the latest HP additive manufacturing technology that will allow it to produce cost-effective low volume production parts.
The company says the machine which will revolutionise the way end use components are manufactured, saving time, money and resources.
The HP Multi Jet Fusion is claimed to be up to 10 times faster and cheaper to run, and a potential ‘game changer’ when it comes to low volume parts which would traditionally be manufactured by silicon/RIM tooling or even low volume costly injection moulding.
The HP MJF can produce hundreds of parts in a set build time, and with tooling costing in the region of £2-50k, this makes additive manufacturing cost effective for these low production volumes methods.
The Burnley-based company’s HP 3D printing machine is the only one in the UK commercially available specifically targeting the aerospace, automotive, F1 and consumer packaging sectors.
Graeme Bond, FDM Digital’s Technical Director, said: “As the go-to additive manufacturing specialists with the largest production capacity in the UK, we’ve always led the way when it comes to investing in future state-of-the-art technology to help our customers reduce lead times and costs, increase speed to market whilst adding design value to the products being produced thereby increasing their profitability margins for the long term.”
“We’re really excited about our investment in this printer. This new technology combined with our in-house Design for Additive Manufacturing (DFAM) training with time served engineering and laser scanning expertise, will help us deliver great results for all our existing and new customers - it’s going to be a real game changer during 2018!”
Most automotive manufacturers have already embraced HP’s 3D printing machine. Forecasters predict that by next year there will be cars on the road which contain between 20 to 30 parts produced using the new HP MJF technology.
The 3D Multi jet fusion machine is a powder bed fusion system. It uses liquid fusing agents and binders to produce functional parts direct from 3D CAD