Author Archives: partsnap

PartSnap Attends Additive Manufacturing RAPID Conference

NEWS RELEASE         Society of Manufacturing Engineers RAPID 2012 Conference and Exposition Proves 3D Imaging and Additive Manufacturing Technologies are Hot Attendees inspired by the creative, innovative and revolutionary new uses for AM equipment, materials and applications in a wide range of industries.   DEARBORN, Mich., May 31, 2012 — The Society of Manufacturing […]

3D Printing for Injection Molded Parts Design Validation

More Complex Injection Molded Design - Back Side View

It Pays To Prototype One of the most practical applications of high resolution SLA 3D Printing is for the validation of injection molded parts design.  Will the parts fit and function as intended?  With injection mold tooling costs running from $5,000 up to over $50,000 – it pays to prototype. Now you can leverage PartSnap’s […]

Objet30 Pro Desktop 3D Printer With 7 Different Materials Including VeroClear

PartSnap attended the Society of Manufacturing Engineers’ annual Additive Manufacturing RAPID conference to witness the release of Objet’s new Objet30 Pro Desktop 3D printer.  The printer offers 7 different build materials including high-temperature and VeroClear. The Industry’s Widest Desktop Versatility with 7 Materials 1.  Windscreen, Headlamps & Base – in Objet Transparent Material (Objet VeroClear) for fit and […]

Rapid Prototyping Becomes More Accessible to North Texas Innovators

For Immediate Release Michael Moussa PartSnap 214-449-1455 sales@partsnap.com http://www.PartSnap.com Rapid Prototyping Becomes More Accessible to North Texas Innovators Euless, TX – October, 18 2011 – Small businesses and innovators in Dallas / Fort Worth will now have a local source for high resolution 3D printing with the introduction of PartSnap. Rapid prototyping services offered by PartSnap […]

Kinematic 3D Models

PartSnap’s 3D printer can manufacture kinematic 3d models (plastic models with moving parts) in a single print session.  During printing, moving parts are separated from each other with a small gap which is filled with support material.  After printing, the support material is washed away and the kinematic parts are freed to move relative to […]