Month: November 2017

New content for download! Learn more about post-processing considerations for 3D printed advanced polymers, including FDM, SLA and Polyjet. This paper discusses the current state of post-processing techniques for additive manufactured advanced polymers and innovations for optimizing the critical support removal step to enable full-scale production.

Download this comprehensive White Paper to discover:

– Challenges and opportunities for support removal of advanced polymer 3D printed parts
– Pros and cons of current post-print support removal techniques
– Considerations in applying traditional manufacturing finishing to 3D printed polymer parts
– How today’s emerging technologies designed for 3D printed parts result in optimized support removal

Check it out today – https://goo.gl/Dw5DJB

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Our Engineering team made a few minutes for a little fun while we prep another automated BASE system for 3D printing support removal to ship out! This big boy is quite an engineering marvel and is poised to be a game-changer, especially for Automotive and Aerospace applications.

The BASE can handle the largest of 3D printed parts (envelope measures 53” W x 30” L x 32” H!). Driven by our proprietary software, the spray technology intelligently post-prints FDM, SLA, and Polyjet – yes, that’s efficient and effective FDM support removal with a spray solution! Because of the inherent porosity of layered filament stacking with FDM, this makes submersible support removal not the ideal solution for most geometries. With the advanced PostProcess spray solution, an atomized spray allows for a quickened support removal without the infiltration of detergents. This means super short cycle times and therefore increased throughput, ideal for AM production environments.

Learn more about the SR BASE Support Removal system.

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