PartSnap takes advantage of several different 3D printing processes

Professional-grade Stratasys FDM process is best suited for:

• high-performance end-use parts
• manufacturing fixtures
• Digital Direct Manufacturing (DDM)
• real thermoplastics like ABS, PC-ISO and ULTEM
• thick-walled or bulky designs
• color prototypes

• maximum build envelope (bounding box) of the printer is: 16″ x 14″ x 16″ (406mm x 356mm x 406mm)
• features on printed parts should be at least  0.045 inch in size (walls, ribs, bosses, holes, etc)
• material specifications of ABS, PC-ISO and ULTEM
• watch the video on how our Stratasys Dimension FDM 3D Printer works

Professional-grade Stratasys PolyJet process is best suited for:

• form, fit and function testing
• validating conceptual designs prior to injection molding
• creating detailed prototypes and models

Below are some more details on our PolyJet 3D printing process:

• build envelope (bounding box) of the printer is: 11.57″ x 7.72″ x 5.9″ (294mm x 196mm x 150mm)
• features on printed parts should be at least  0.035 inch in size (walls, ribs, bosses, holes, etc)
• See Visual Guide to 3D printing Part and Feature Size
• material specifications of Objet’s Rigid PolyJet materials
• watch the video on How Our Objet PolyJet 3D Printer Works

Consumer-grade Fused Filament Fabrication (FFF), an open-source variation of FDM, is best suited for:

• low-cost early-stage prototyping
• vibrant color prototyping
• visual models and marketing sampples

• build envelope (bounding box) of the printers are: 8” x 10” x 8” (200mm x 250mm x 200mm)
• features on printed parts should be at least 0.040 inch in size (walls, ribs, bosses, holes, etc)
• the FFF process is not considered a professional-grade process, so no tolerances are quoted or guaranteed

3D Printing Process Details

Material Specifications

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