Medical 3D printing just got easier with the new J750™ Digital Anatomy™ 3D Printer from Stratasys! This printer has been designed to replicate the feel, responsiveness, and biomechanics of human anatomy in medical 3D models!
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The latest update in GrabCAD Print is live! This month's update offers even more exciting changes for FDM and PolyJet users, including new ways to access helpful GrabCAD content, scheduling enhancements, and more!
Advanced Slicer for J750/J735
The PolyJet Advanced Slicer, introduced as an option in 1.31, is now on by default. It has improved accuracy in estimations and enables a few features which are listed here. It can be turned off from Preferences > PolyJet if you need to use the old slicer for any reason.
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The latest update in GrabCAD Print is live! This month's update offers even more exciting changes for Advanced FDM and Advanced PolyJet users.
Access Some Advanced FDM Features While Preparing Your Tray
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Your PolyJet 3D printing projects just got a whole lot easier with the advanced 3D slicer technology we’ve added in GrabCAD Print. Today, we are happy to announce that we’ve added the following capabilities under our Advanced PolyJet feature:
Do you work with CAD at the office but wish you could use it online? You’re not alone. According to a 2017 survey, close to 40% of CAD users at architecture, engineering and construction companies were interested in using CAD over the cloud but could not for various reasons.
Two years later, and still none of the major CAD vendors offer a complete cloud-based CAD solution. What’s behind this reluctance on the part of CAD providers to make their offerings available in the cloud?
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I visited Italy several times as a young child and was fascinated by the Italian technique of paper marbling. I begged my parents to buy me the marbled-paper-covered notebooks and pencils sold in Italian stationery stores.
Product design is an industry with a plethora of capabilities. Professionals that specialize in product design are often required to think outside the box to innovate, create, and apply their knowledge. In short, everything we can see, touch and use in a utilitarian sense is a product (pun intended) of product design.
Non-techie adults see programming as a foreign language, filled with unintelligible numbers, symbols, etc. They want nothing to do with it. Kids do not approach this technology with the same aversion. They are curious, open to learning new things, and do not see limitations the way their elders do.
Teaching kids to program at an early age can achieve several important things. First, they can become active rather than passive participants in technology. Literally, there is a great feeling when a child can get a computer to do what they command it to do. But more important, even if they never move forward into a career in technology, programming teaches a myriad of other mental skills.
Most of us have a few apps or browser tabs that we keep open throughout the workday (another compelling reason for having a larger monitor, or multiple monitors, or both), like email, messaging/chat, and perhaps a social network or two.