Process cell including job box
Build volume l x w x h 160 x 65 x 65 mm
(6.3 x 2.5 x 2.5 in.)
Build speed 30-60 seconds/layer
Layer thickness 100.0 μm (0.0039 in)
Print resolution X/Y/Z 63.5 µm/ 60.0 µm/ Z 100.0 µm
External dimensions l x w x h 1203 x 887 x 1434 mm
Weight 320 kg (700 lbs)
Electrical requirements 120V 1P 60Hz / 230V 1P 50Hz
Data interface STL, CLI, SLC
Operator interface Full HD (1920 x 1080) multi-touch display

Innovent Research & Education 3D Printer

Value, speed and efficiency: Designed for the lab, this is ExOne’s most compact and budget friendly printer, with no sacrifice in quality.

Offering five times the print volume of prior lab models and designed for research and educational customers, the Innovent is an excellent tool for developing powdered materials and processes, as well as training the next generation of manufacturing engineers and powdered metal scientists.

InnoventTM Features

This lab machine is your research workhorse

  • Simple, Low Cost Solution

    Compact size ideal for laboratory
    Package includes innovent™ Curing & Depowdering Accessory Kit and Printhead Cleaning and Maintenance Kit 
    Simple to set-up, use and maintain 

  • Breakthrough Technology

    256 print nozzles for precise dosing of binding agent
    No support structures; unbound material supports printed parts
    Recoater with funnel
    Improved pumping system and new software

  • Industry Grade Materials

    Print in stainless steel, iron, bronze, tungsten, Alloy IN 625 or glass
    Optionally configure for testing with other materials

  • High Accuracy

    Highly accurate printing process
    Low cost production of small prototypes, jewelry or design objects

  • Suited for Complex Geometry

    Greater design freedom

  • At-a-Glance Machine Specifications

    Build volume: 6.3 x 2.5 x 2.5 in. (160 x 65 x 65 mm)
    Build speed: 30–60 seconds/layer
    Layer thickness: 0.002 in. (50.0 μm)1,2
    Print resolution: X/Y 0.003/0.002 in.1 (63.5 μm/ 60.0 μm) Z 0.004 in. (100.0 μm)1,3
    1 Material dependent — 2 Variable, minimum — 3 Typical. Actual is 2.5–3x particle size.

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