This technical information has been contributed byDEARBORN, Mich.–EnvisionTEC recently announced that Realize, Inc., a service bureau for rapid prototyping and low-volume production, has adopted its 3SP technology for 3D printing. Realize purchased a Vector 3SP printer from EnvisionTEC to beta test new engineering materials under development with Somos, EnvisionTEC said in a press release.
3D Printing Service Bureau Adds Industrial 3D Printer from EnvisionTEC
Realize, based in Noblesville, Indiana, owns more than a dozen 3D printers that service a wide range of customers in the automotive, medical, electronics, and consumer goods markets. Realize President Todd Reese said the decision to adopt the Vector 3SP technology to test new materials under development between Somos and EnvisionTEC was an easy one.
"Somos has been our vendor since day one. We have built a great partnership with their team, so we jumped at the chance to beta test their collaborative efforts with EnvisionTEC," he said. "We've built many different parts on the Vector, from large, chunky parts to small, delicate, detailed parts. We have been able to pull off a couple of geometries that we struggled with on the SLA technology. There were cases of noticeably better detail, crispness, and dimensional accuracy by comparison."
Realize took delivery of its Vector 3SP from EnvisionTEC (https://envisiontec.com) in the spring. The Vector 3SP offers a build area of 300 x 200 x 275 mm (11.8 x 7.9 x 10.8 inches) with XY resolution of 100 μm (0.004 inch), and it can print a variety of engineering-grade materials, including tooling materials for short-run injection molding.
"Manufacturing customers continue to learn what dental laboratories have known for years now – 3SP technology is fast, reliable, and accurate for production 3D printing in a large build envelope," said Peter Denmark, EnvisionTEC's director of manufacturing sales in the Americas.
Launched in 2013, EnvisionTEC's patented 3SP (Scan, Spin, and Selectively Photocure) technology uses a unique process to cure photopolymers in a large vat up to 457 x 457 x 457 mm (18 x 18 x 18 inches) in the Xede 3SP model. A multi-cavity diode laser is reflected off a mirrored drum housed in a moving gantry that can efficiently scan across a very large vat to cure material. The proprietary photopolymer processing method is faster and less costly than traditional SLA systems, according to EnvisionTEC.
A white paper detailing how 3SP is superior to SLA for manufacturing and production can be found at EnvisionTEC.com/learn3SP.
While EnvisionTEC already offers a wide range of materials with its 3SP technology, the new castable material under development with Somos is slated to be available by year's end.
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