Image shows Formlabs Fuse 1 SLS 3D Printer and Formlabs Fuse Sift powder recovery station

Formlabs® Fuse Sift

Formlabs® Fuse Sift

Fuse Sift by Formlabs is part of a complete SLS 3D printing workflow. The Fuse ecosystem makes possible the 3D-printing of industrial-grade parts. You can go from printing to finished parts in as little as 15 minutes, with an efficient, hands-off process.

Image shows RADOR, an automated system for surface finishing of 3D printed parts

PostProcess® RADOR™

PostProcess® RADOR™

How to post-process 3D prints and get excellent surface finish with RADOR from PostProcess Technologies® which utilizes software intelligence, hardware, and advanced vibratory technology to dually remove powder from and burnish printed parts. The secret behind this flexible automated solution is the Suspended Rotational Force (SRF) technology, which employs PostProcess’ AUTOMAT3D software to create an effective friction force and suspend parts in a circulating motion.
This movement ensures that every area of each part receives equal exposure to the finishing hardware. The rotary motion is kicked into gear by the machine’s vibratory tub. These vibrations are essential to RADOR’s effective powder removal and surface finishing capabilities.

HandySCAN MAX Elite_Creaform

HandySCAN 3D | MAX Series

HandySCAN 3D | MAX Series

Combining the inherent benefits of the HandySCAN 3D, the MAX Series is optimized to acquire highly accurate 3D measurements on large and complex parts with no surface preparation required.
Engineered to capture fine details and scan large volumes equally well, the HandySCAN 3D|MAX Series enables professionals working in a wide variety of industries to measure large parts from all angles, resulting in high-quality 3D scans in just a matter of minutes.

Image shows DEMI 430, an automated resin removal machine based on detergent not IPA from Post Process Technologies

PostProcess® DEMI 430™

PostProcess® DEMI 430™

How to post-process 3D prints with DEMI 430™ from PostProcess™, an IPA-free submersion solution delivering automated removal of PolyJet and FDM supports and the excess resin for SLA, CLIP, and DLP technologies. Using a biocompatible detergent instead of IPA, there are a range of benefits including increased model accuracy, improved productivity, better health and safety for your team, and cost savings from reducing IPA usage. The complete automation of the workflow provides a reduction in labour as well as an improvement in the amount of parts that can be processed. Speak to our team today to learn how you can be IPA-Free.

Image shows DEMI 800 post-processing machine for 3D-printed parts from PostProcess Technologies

PostProcess® DEMI 800™

PostProcess® DEMI 800™

How to post-process 3D prints with DEMI 800™ Series machine, a PostProcess® proprietary patented Submersed Vortex Cavitation technology for revolutionary post-printing efficiencies? Learn more about DEMI’s software, hardware, and chemistry features for optimal resin and support removal. PostProcess’ SVC technology utilizes agitated flow to effectively remove PolyJet and FDM supports with a ‘sink-float’ process to rotate parts throughout the chamber. This variable motion, combined with optimal energy delivery and detergent filtration, results in fast and uniform removal.

DEMI 800 Series integrates a number of design features for ease of use and integration into your 3D printing operations, like noise reduction for a low dBa, a powerful magnetically driven pump, and advanced filters for extended detergent life. A fully insulated tank to keep the temperature consistent for energy efficiency, a basket to remove parts from the system and harness at the top of the unit, and ergonomically friendly tank orientation are just a few of the uniquely engineered features.