Ideal for engineering and jewelry applications, the FabPro 1000 excels at low-volume, small-part prototyping and direct 3D production across a wide range of high-quality materials.

  • FabPro 1000 At A Glance

    See how FabPro 1000 excels to deliver improved accuracy, speed, and cost-efficiency compared to other systems in its class.

Hear What Users are Saying

Our customers and reviewers can attest to the speed, accuracy, quality and performance of the FabPro 1000 for their applications. A customer with a jewelry application remarked, “I have been impressed with the FabPro 1000’s print quality and smooth surface finish.” An engineer using FabPro for prototyping had this to say, “Overall I am impressed with the build speed and accuracy of the FabPro 1000, when comparing to other Desktop resin printers in this price range.” Read the full stories and more here.

Engineering.com recently reviewed the FabPro 1000 for their readers, and summarized, “FabPro 1000 is an excellent entry-level 3D printer that can produce good looking, high-quality parts. If you’re looking to incorporate additive manufacturing into your business and don’t know where to start, FabPro 1000 might be just what you’re looking for.” Read the full report here.

  • Applications

    An Engineer’s Aid
    • Rapid prototyping
    • Design iteration
    • Functional testing
    • Mechanical assembly/fit testing
    • Life testing
    • Functional parts
    • Injection molding alternative for small, micro-molded parts (direct printed or RTV molding)
    • Display models (ready for finishing/painting)
    A Jeweler’s Gem
    • Jewelry pattern production
    • Investment casting
    • Prototype pieces
    • Design verification
    • Fitting pieces
    • Master patterns for RTV/silicone molds
  • Features
     

    • Uses Digital Light Printing (DLP) Stereolithography technology
    • Max build envelope capacity (W x D x H): 125 x 70 x 120 mm (4.92 x 2.76 x 4.72 in)
    • 3D Sprint™ robust software solution for additive manufacturing
    • High-quality materials excel across a wide range of applications
  • Benefits
     

    • Industrial performance and reliability 
    • 3x faster high-throughput print speeds compared to competing systems
    • Optimized material usage with print preparation and support structures through 3D Sprint software
    • Unsurpassed ease of use requiring no special training or certification