Published in: 3D Printing
3D printing has broad-reaching applications in the medical field, and the most significant impact will come as the use of 3D printed surgical models continues to grow. Israeli scientists have successfully separated conjoined twins who were attached at the head, and this is the role 3D printing played in that story. How Rare Craniopagus Twins
Published in: 3D Printing, SOLIDWORKS 3D CAD, SOLIDWORKS Simulation, Uncategorized, Visualization
The Goal: Being able to touch your product design, hold it, use it, and most importantly, share it with the world… at a profit of course! It always starts with a good idea. A new approach to something old, an old approach to something new, or simply one of those “How has no one come
Published in: 3D Printing
Since the Stratasys acquisition of Origin in December of 2020, they have been working to relaunch Origin’s product under the Stratasys brand. The Stratasys Origin One is available for order now, shipping in Q4. Programmable Photopolymerization The technology that powers the Stratasys Origin One is called Programmable Photopolymerization or P3. It is a form of
Published in: 3D Printing, Uncategorized
1: Why use 3D printing? There are many reasons to have parts 3D printed. The most common reason is to prototype and verify design details prior to investing in production tooling. Often times it is much cheaper to have a handful of parts 3D printed in order to evaluate a physical model before investing large
Published in: 3D Printing, Manufacturing
With Stratasys releasing the F770 large-scale, 3D printing got a lot more accessible. Today we’re discussing the advantages the Stratasys F770 has over the other options on the market from competitor BigRep. Reason 1: The Stratasys F770 Software – GrabCAD Print Vs. BigRep’s Blade Software One of the best things about the new Stratasys F770
Published in: 3D Printing
In December of 2020, Stratasys acquired the UK based 3D printing company Origin. This Spring, Stratasys announces the first machine to come out of this acquisition: The Stratasys Origin® One. Thanks to the systems proprietary Programable PhotoPolymerization (or P3™) technology, the Stratasys Origin® One is able to manufacture production-quality end-use parts from a wide variety
Published in: 3D Printing
Introducing the Stratasys H350TM, a new 3D printer for production-scale additive manufacturing. Developed in partnership with Xaar 3D, the H350 signifies Stratasys’s entry into the powder bed fusion market, the fastest-growing polymer segment of 3D printing. Powder bed fusion is a type of additive manufacturing that fuses polymer particles layer by layer to produce the
Published in: 3D Printing
Introducing the F770 3D Printer; Stratasys’s latest addition to their FDM lineup. This printer is designed specifically to take on big parts and make large-scale 3D printing more accessible and cost-effective. With the longest x-axis available from Stratasys today, and the use of their top-of-the-line soluble support, the F770 provides a way to create accurate
Published in: 3D Printing
Stratasys has announced a brand-new technology: Selective Absorption Fusion (SAF™). Spoken ‘saf’, this technology signifies Stratasys’ entry into the powder bed fusion market. Powder bed fusion (PBF) is the fastest-growing polymer segment of additive manufacturing today and is driving it to the next level. SAF™ technology will power the new H Series™ 3D Production Platform
Published in: 3D Printing
Sand Casting is a metal casting process, using a mold created by depressing a pattern into sand. The pattern imprints a cavity, which is used to cast an array of metal alloys. Sand casting is widely used across many industries to create everything from small items, such as door handles, as well as large components,
