Post Processing Solutions: DEMI X 520 – Resin Removal
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DEMI X 520 – Resin Removal
DEMI X 520™️ for Resin Removal from PostProcess Technologies sets the new standard in automated post-processing for resin. Engineered to deliver unparalleled results, this innovative full-stack solution combines cutting-edge technology, intelligent software, and specially formulated chemistry to optimise your post-printing workflow.
Key benefits of our complete solution include:
- Software-Driven Workflow Automation: intuitive user-guided experiences catered to each application create seamless, efficient, and error-free operation.
- Axial Flow Agitation System: With the capability to adjust flow, this system optimises performance while reducing the risk of part damage, ensuring safe and optimal processes and part outcomes.
- Automatic Lift System: Fully automating process workflows, both DEMI X 520 solutions feature an automatic lift to streamline operations and control part exposure, minimising the need for operator intervention.
- IPA-Free Workflow with Patented Chemistry: PLM-403-SUB provides a biocompatible, environmentally-friendly workflow and a safer alternative for cleaning and rinsing parts. When combined with a rinse in our AUX-400-RINSE chemistry, it can eliminate the need for IPA in post-processing.
Our AUTOMAT3D® software is specifically designed for industrial resin removal applications, and is designed to guide users seamlessly through processing requirements specific to their application. Whether it’s adjusting time, temperature, or agitation, these tailored experiences ensure a smooth, efficient, and error-free operation for your unique needs. It allows features recipe storage which allows you to store your processing parameters for future use.
The DEMI X 520 for Resin Removal uses our patent-pending Axial Flow Technology™️, which is part of our Submersed Vortex Cavitation (SVC) family of technology. The new Axial Flow Agitation design allows for adjustable flow, reducing the risk of part damage and guaranteeing safe, optimal outcomes for each component. This approach ensures fast and uniform removal of resin and support structures from 3D printed parts.
