Matsuura UK has expanded its 3D printer portfolio offer with the most precise 3D printing solutions in the world from Roboze, dedicated to metal replacement parts manufacturing. Roboze 3D printing solutions are the most accurate machines currently available on the market and are used by some of the manufacturing world’s most innovative companies in over 25 countries.
“Roboze 3D printing technology has demonstrated its ability to transform manufacturing and be a valuable asset in the armory of progressive manufacturing companies,” says Roger Howkins, Managing Director of Matsuura Machinery Ltd. “Adding Roboze to our portfolio line-up makes us a formidable player in the additive manufacturing supply chain in the UK, offering class-leading technology, creating components from a myriad of materials. We look forward to customers seeing the Roboze product range installed and demonstrating their prowess at our brand-new Additive Manufacturing Centre in Leicestershire in the near future”.
Manufacturing on Demand
“Manufacturing companies, now more than ever, need the necessary tools to cope with the important global digital and green transitions taking place,” explains Giancarlo Scianatico, EMEA Business Development Director at Roboze. “Joining forces with entities such as Matsuura is of paramount importance to expanding the Roboze end-user base in the UK. Given Matsuura’s leading position in the UK manufacturing supply chain, we know that Roboze is in safe hands in the growing UK market for additive manufacturing technology.”
The ARGO 500, the first large-format super polymer 3D printer for industrial production, will be on display in Matsuura Machinery Ltd showroom in Coalville. The agreement was announced during TCT 3Sixty 2022 in Birmingham.
You might also like:
Palari and SML to build 3D printed, net-zero energy community: Palari currently has three master-planned communities in development – including its 3D printed, net-zero energy community, with a total of 200 homesites. Palari Villas are built using a modular construction methodology which includes the use of 3D printing technology – reducing waste and CO2 emissions without compromising the quality of the builds.
* This article is reprinted from 3D Printing Media Network. If you are involved in infringement, please contact us to delete it.
Author: VoxelMatters
Leave A Comment