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Post Process Technologies

Most 3D manufactured parts coming off the printer still require further processing before reaching the end user. Traditional post processing methods are expensive and time consuming, cannot meet large volume demands, and are prone to breakage. Automating the cleanup process of the freshly 3d printed parts can reduce substantially man work hours and achieve a higher reliability of the printed parts along with producing consistent results, no matter what technology was used to create it.

An automated post processing solution is capable of reliable support removal, produce attractive finish without parts breakage, in large volumes and minimal processing time, while meeting quality requirements and sticking to deadlines. It offers an ideal solution for parts printed in the following technologies: SLS, FDM, SLA, POLYJET CLIP, MJF, DLP and DMLS+SLM+DED, and reduces expenses by having a single worker monitor the post-process procedure, enhances workflow and parts quality.

Ballistic-Bit offers post processing solutions by PostProcess™ for uncompromising quality surface finish and support removal for products printed in the following 3D Print Materials: FDM (Fused Deposition Modelling), MJF (MultiJet Fusion), SLS (Selective Laser Sintering), SLA (Stereolithography), CLIP and POLYJET, across all print technologies.

PostProcess™ technologies comprehensive system works together to deliver transformative benefits for additive manufacturing post-printing – patent-pending Hardware.


Support removal post processor featuring VVD Technology for complete part removal coverage.


A hybrid post processor combining surface finish and support removal all in one small footprint for optimized production floor space.

DEMI 200

Support & Resin Removal Solution

DEMI 400

Automated Support & Resin Removal

DEMI 4000 Series

Stereolithography (SLA) Resin Removal for High-Volume Production

DEMI 800

Your Solution for Automated High-Volume 3D Printing Post-Processing


Automated Resin Removal for Carbon® L1 and M2 3D Printers


Surface Finish post processor with variable surface roughness (Ra).


FDM Support Removal with Precision and Efficiency

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