Strategic partners since 2013 Farsoon and Forward AM aim to drive 3D printing further then ever before
As a strategic partner since 2013, Farsoon has been collaborating with Forward AM on numerous R&D projects with a focus on high-temperature and specialized engineering materials development for laser Powder Bed Fusion technology. The collaboration between Forward AM and Farsoon is a strategic alliance that aims to leverage the strengths of both companies to drive innovation and advancements in the Additive Manufacturing industry.
Our customers benefit greatly from our partnership with Forward AM. Firstly, they gain access to a wider range of advanced materials, which translates into more opportunities for innovation and application versatility. The combination of Farsoon's cutting-edge 3D printing technology with Forward AM's premium materials enables our customers to achieve exceptional print quality, mechanical performance, and functional parts for various industries, from automotive and aerospace to medical and consumer goods.
Farsoon is proud to partner with material leader Forward AM for nearly 10 years, keep supporting industrial customers with our truly open, productive machine solution. The combination of great machine operational flexibility and high-quality engineering material options will allow users to achieve their industrial application success sooner
Farsoon Technologies first introduced Flight® Technology or Fiber Light® Technology in 2019 offering industry-leading production rates with plastic laser powderbed fusion. In 2021 the Dual-Laser configuration of the Flight® 403P system was announced with even higher productivity. Since then, many of Farsoon’s customers take advantage of the powerful fiber lasers for volume production of high quality, end-use parts.
Farsoon Technologies has announced that BASF Forward AM has invested in one of the company’s Flight Dual-laser HT403P-2 3D printers. BASF Forward AM has been collaborating with Farsoon as a strategic partner since 2013 on R&D projects that focus on high-temperature and specialised engineering materials development for laser powder bed fusion technology.