Stratasys® is a publicly traded American-Israeli company based in Eden Prairie (Minnesota) and Rehovot (Israel) and the absolute pioneer in industrial 3D printing.
Stratasys® is a manufacturer of additive manufacturing equipment for prototyping and mass production of plastic components. The company is one of the largest providers of additive manufacturing solutions.
Stratasys® holds more than 285 issued or pending additive manufacturing patents worldwide. Stratasys' products have been used in the aerospace, defense, automotive, medical, industrial, education, architectural and consumer industries for many years.
3D Printers
Neo®800
Industrial large format SLA printer for the production of large prototypes, tooling inserts and master models. The Stratasys® Neo®800 has a build envelope of 800 x 800 x 600mm and an open material system.
Stratasys® Neo®450s, with a build volume of 450 x 450 x 400 mm, is up to 40% faster than Stratasys® Neo®450e and offers standard and high-definition build modes.
The Stratasys® Neo®450e is an affordable SLA printer for users who need small to medium sized parts with consistent accuracy and high repeatability. It is the ideal entry into steriolithography 3D printing.
The F770™ has the longest fully controlled heated chamber in the market that can accommodate a build volume of 1000 x 610 x 610 mm and a maximum length of diagonal of 1,171 mm.
Compared to metal machining, the F370®CR's high-strength composite printing allows for the creation of component parts, soft jaws, and work holding fixtures in a quarter of the time.
The Stratasys® F170 3D FDM® Printer satisfies even the most demanding requirements for end-use parts and rapid prototyping while requiring less expertise and understanding.
The Stratasys® H350 is a manufacturing machine that integrates Selective Absorption Fusion, or SAF™ technology to produce functional, production-grade parts with unmatched consistency.
Produce even more different dental parts than the J3 DentalJet™ with fewer changeovers in a single mixed-tray print that is realistic, precise, and accurate.
Dental practitioners may easily create very accurate and detailed dental models, surgical guides, and orthodontic appliances thanks to this cutting-edge technology.
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