Overview
- Thorough cleaning : A magnetically coupled impeller delivers thorough cleaning for 3D-printed parts.
- Automated Part-Release : Eliminates damage risks from traditional removal tools
- One Size Fits All : Compatible with all SHINING 3D printer lineup
- Auto-synced parameters : Hands-free auto-sync of SHINING 3D printing parameters
Key Features
FabWash Post-processing Unit
- FabWash is the first fully automated, multi-stage part release, washing and drying system designed to provide the ease of use, consistency, speed and cleanliness demanded by the modern dental 3D printing.
- A Consistent, Automated Workflow
- FabWash is pre-programmed for each material with an automatic process of part release, wash and dry. Once completes, FabWash automatically lifts parts and builds platform out of the solvent. Parts and build platform are ready when you are.
- Automated Part-Release
- Inspired by the latest input from the dental community, FabWash is designed for instant part release, eliminating the risk of damaging parts using traditional removal tools. FabWash prepares optimal motion logic for each material to deliver a superior, hassle-free part release experience.
- One Size Fits All
- Fabwash works with all SHINING 3D printer platforms, creating a fully compatible ecosystem to maximize productivity.
- Note: Some models require a ceramic platform adaptor for compatibility.
- Never Think About Wash Time Setting Again
- Use the pre-programmed wash settings or save your own frequently used custom profiles to improve post-processing efficiency. FabWash equipped with Wi-Fi enables over-the-air updates to deploy the latest firmware and material library.
- Simple to Master, Powered for High Productivity
- We believe dental 3D printing should be seamless, not complex. Fabwash is designed to eliminate bottlenecks in your lab or clinic. By simplifying the post-processing stage, we’ve created a high-efficiency system that any staff member can operate with ease. No steep learning curves, no wasted time-just a smoother, faster path from print to patient.
