AM Solutions is a new partner of the VLN

For the season 2019, AM Solutions, a brand of Rösler Oberflächentechnik GmbH – Specialist in Surface Technology, will become official sponsor of the VLN endurance championship. For AM Solutions, this represents their first engagement in the racing series.

“With AM Solutions, we have gained an innovative partner who is specialised in surface quality and optimisation, which plays an important role in professional motorsport, too”, says Dietmar Busch, VLN VV GmbH & Co.KG Managing Director. “We are happy to welcome AM Solutions as a new member in the VLN family.”

Stephan Rösler, managing partner of Rösler Oberflächentechnik GmbH, about the new partnership: “It is my personal passion for motorsport as well as the special challenges in terms of material and technology which our brand AM Solutions has to meet as well every day that connect us with the VLN endurance championship Nürburgring.” During the season, the logo will be represented on the right and left mudguards, on a track banner and on the interview backdrop.

As specialist in surface technology, the Rösler group is an expanding family owned company in the field of surface finishing with head office in Bad Staffelstein, Franconia/Germany. Since more than eight decades, the specialist in surface technology enjoys an excellent reputation world-wide. With the brand AM Solutions, Rösler focuses since 2018 specifically on the requirements of 3D printing technology.

To make use of additive manufactured components, for example from the fields automotive industry, aviation and medical technology, after the actual printing process, post processing is indispensable. There is a great demand by the industry as there are currently almost no automated solutions for post processing. The offer covers the complete range of post processing. Due to a continuous process and method development of the own technologies, AM Solutions, together with prestigious cooperation partners from industry and research, endeavours to make post processing of 3D printed components attractive for the user.