J35 is a all-in-one shared office 3D printer, easily produces everything at affordable prices: from concept model to fully functioning prototype.
Get all the benefits of an in-house engineering-grade printer without the hassle thanks to a small footprint, low-maintenance design and silent, odor-free operation. Plus, access a full ecosystem of workflow tools to streamline design, including cloud-based service, print-to-click, on-demand training and an online community.
The J55 Prime PolyJet 3D printer offers a rotating print platform for outstanding surface finish and printing quality, and features multimaterial capabilities and material configurations for both industrial and mechanical design. Designed for consistent, stable performance, the J55 Prime requires zero mechanical calibrations and features a “ready-to-print” mode, so you can turn ideas into reality without interruption.
Get 5x more design iterations with the J826 Prime 3D printer, built with a compact design which holds a large, seven-material capacity.
With over 500,000 unique colors, realistic texture simulation, flexible and transparent materials and a click-and-print workflow, the J826 is one of the most versatile full-color printers on the market.
The J850™ Prime allows you to 3D print full color models in 20% of the time it takes to produce traditional models. This leads to speedier design decisions helping you get to market faster by reducing the number of design iterations and development costs.
The J850™ Prime can produce over 600,000 PANTONE® validated color combinations, print seven resins simultaneously and provide multi-material capabilities that bring your most imaginative ideas to life.
J5 MediJet® sets a new standard for medical modeling. With multiple materials and multicolor capabilities, academic medical centers, hospitals and medical device companies can create brilliantly vivid anatomical models and drilling and cutting guides that are sterilizable and biocompatible – all in one platform.
Experience the power of Stratasys 3D printing for medical devices like never before. Our advanced printing materials and software make it possible to create realistic 3D models of human anatomy that look and feel like real bone and tissue.