Formlabs - Form 4 - Precision Model Resin

Formlabs

Form 4

Precision Model Resin

Precision Model Resin is a high-accuracy material for creating restorative models with >99% of printed surface area within 100 μm of the digital model. Create beautiful models with crisp margin lines thanks to high opacity, beige color, and a smooth, matte finish to capture fine details.

Precision Model Resin is the next generation of Model Resin that leverages the Form 4 Series to print three times faster, while offering better accuracy and improved aesthetics.

Why Choose Precision Model Resin?

Precision Model Resin is a high-accuracy 3D printing resin formulated to create restorative models with over 99% of their printed surface area within 100 μm of the design parameters.

Ultra High-Accuracy Models

Consistently create restorative models with over 99% of printed surface area within 100 μm of the digital model.

Production-Capable Print Speed

Print eight models in as little as 90 minutes and post-process parts quickly with a 5-minute wash and 5-minute room temperature post-cure.

Unmatched Reliability

Print confidently with an end-to-end product ecosystem rigorously validated for continuous uptime and reliability.

Gypsum-Like Appearance

Easily visualize crisp margins with the matte, opaque beige color.

What’s New With Precision Model Resin?

Precision Model Resin is the next generation of Model Resin, formulated to leverage the new Form 4 ecosystem. Compared to Model Resin V3, Precision Model Resin is:

     • More accurate — better fine feature resolution and consistency

     • Faster — formulated to take advantage of the new Form 4 ecosystem to print three times faster

     • More opaque and matte aesthetics to better visualize margin lines

Post-Processing:

Washing: The foundational step in any SLA post-processing workflow is to remove any excess resin on the surface of the parts through an alcohol or ether wash.

Curing: Post-curing for General Purpose Resins is optional. However, Formlabs recommends a short post-curing to reduce surface tack and improve mechanical properties.

Material Properties:

Tensile Modulus: 2200 MPa

Elongation At Break: 8.6 %

Flexural Strength: 87 MP