Desktop Metal to acquire EnvisionTEC
Announced today, two 3D printing powerhouses are to join forces with a definitive agreement for Desktop Metal to acquire EnvisionTEC, a market leader in photopolymer printing with an incredible IP and product portfolio. The acquisition will add a large portfolio of photopolymer 3D printers for end-use parts, dental and orthodontic applications, bioprinting, and casting markets such as jewelry. Dynamism is an authorized reseller of both brands, discover their available 3D printing solutions here.
In the industrial additive manufacturing market, growth has been driven by a shift from purely prototyping to dedicated solutions for end-use applications, an area where EnvisionTEC excels. Founded in 2002, EnvisionTEC boasts a large portfolio of over 190 materials and seven current 3D printers, which come in a variety of industry-focused configurations. Of notable mention, a recent material addition, EnvisionTEC’s E-3955 Thermal Cure exceeds material properties of Ultem1010, the strongest material currently available for material extrusion 3D printers (FFF/FDM). In addition, the EnvisionTEC portfolio includes a massive, high-speed 3D printer powered by an 8k DLP light source, printers 100X faster than legacy thermoplastic printers, a bioprinter, and several industry leading solutions for dental, jewelry, and manufacturing applications.

Through the acquisition expect “business as usual” for both companies. EnvisionTEC will continue as a wholly-owned subsidiary, maintaining the current organizational structure, with founder Al Siblani remaining as CEO, and the EnvisionTEC sales organization and channel program remaining in place.
Dynamism is an authorized reseller of both Desktop Metal and EnvisionTEC
Discover solutions from each company by clicking the logos below or reach out to sales@dynamism.com with your additive needs. Our dedicated industrial 3D printing specialist can work with you to discover how these complementary product lines can help your company with the digital manufacturing transformation.