3D Printer Families
Since the founding of EnvisionTEC in 2002, with our pioneering DLP (Digital Light Processing) technology, we have been innovators in the 3D printing space. But we don’t innovate for the sake of innovation. We do it to solve the real-world problems of our customers – professionals who manufacture prototypes, tooling, parts and final products for demanding cost-sensitive customers in a variety of industries. Today, we sell more than 40 models of 3D printers based on six distinct process technologies. Our printers are known for delivering excellent precision, surface finish, functionality and speed. And each of our families of printers below offers something special to meet the unique needs of our fast-growing list of customers and the industries in which they operate. What could we help you print?
WHY ENVISIONTEC 3D PRINTERS
» Smooth surface finish of models from the machine means little or no hand finishing
» Build after build, the EnvisionTEC 3D Printers offer reliability
» Proprietary material that offers a wide array of functionality
We launched our Continuous Digital Light Manufacturing technology in early 2016 with the Micro Plus cDLM. It’s based on a patent-protected approach we came up with a decade ago. A twist on our DLP technology, this process allows for continuous motion of the build plate to deliver exceptional build speeds. While our first cDLM printer was developed with our loyal jewelry customers in mind, don’t worry – we have more coming.
Just because it sits on a desk doesn’t mean our line of desktop 3D printers is like other cheap tabletop models. It’s not even close. Our desktop 3D printer family uses advanced DLP technology backed by more than a decade of development and exclusive patent-protected processes. We offer build sizes up to 71.7 cubic inches and accuracy levels down to 30 microns. The printers in this family are powerful tools used by thousands of professionals worldwide.
Designed for real production and build sizes up to 253.6 cubic inches, our “personal factory” line of 3D printers uses exclusive DLP processes and offers the ability to run lights-out production. First launched in 2002, the Perfactory isn’t just an icon in the 3D printing world – the printer on wheels — it’s a trusted and reliable one. We have longtime users who call just to say hello, and let us know that they’ve never had to ring us up for service.
So, you need big, heavy-duty parts? We’ve got you covered with our 3SP technology, which uses a UV laser to scan, spin and selectively photocure resins into large, durable parts up to 5800 cubic inches. You do not need to sacrifice accuracy or surface finish to make big 3D objects with 3SP. A true industrial 3D printer, our 3SP line is equally at home on a factory floor as it is in a machine shop, hospital, or laboratory.
A recognized world leader in biofabrication, EnvisionTEC’s 3D-Bioplotter family of bioprinters is being used for groundbreaking medical research and manufacturing, such as organ and tissue engineering, among other amazing things. With three levels of functionality, this printer family processes open-source biomaterials using air or mechanical pressure to a syringe, which can fabricate scaffolds. These printers have been designed for use in a sterile biosafety cabinet. Build sizes up to 192.4 cubic inches.
This Robotic Additive Manufacturing technology, used in the marketplace today, offers a unique, high-quality and economical solution to the foundry industry – fast 3D printing of sand molds and cores from a CAD file. An exclusive binder jetting technology, packaged in a print head attached to an ABB robot arm. Currently offers XL build sizes up to 6 cubic feet. It’s also the fastest, most flexible robotic 3D printing platform in the casting industry.
The products in this series, the Viridis3D RAM, use less sand and are substantially less expensive than other sand casting 3D printers on the market today.
UV light curing flood lamp systems are ideal for hardening/curing of light curing resins for jewelry, dental, and otoplastic applications, resulting in materials with good physical values.
