About AMT PostPro SF50
AMT’s PostPro SF50 is a patented chemical vapour smoothing solution for post-processing thermoplastic polymer 3D printed parts. The PostPro SF50 includes advanced features to provide a state of the art production experience.
Engineered with precision to transform vapor smoothing capabilities within the Polypropylene market, offering unparalleled surface refinement and enhanced aesthetics for your 3D-printed applications.
PostPro SF50 has all of the same benefits as the industrial SF range of machines, but in a more compact unit for smaller production runs and prototyping.
Key Benefits
- Exceptional Surface Smoothing
- Efficient Post-Processing
- Improved Product Aesthetics
- Time and Cost Savings
- Compatibility with Various 3D Printing Technologies
- Enhanced Colour Uniformity
- Water-Resistant Sealing Capabilities
- High-Quality Finish for 3D Printed Parts
Automated Chemical Vapour Smoothing
Proprietary Patented Technology
Based on 5 years of fundamental research at the University of Sheffield and 3 years of industrial development. The PostPro SF50’s patented technology has been proven within the industry.
Enhancing Part Properties
The only technology that smooths and seals the surface and internal cavities of 3D printed polymer parts, while also improving mechanical properties.
Compatibility
Works with powder and extrusion-based additive manufacturing technologies. Tested with over 100 thermoplastic polymers including nylons and TPU/TPE flexible materials. Ideal for SLS, MJF, HSS and FFF applications.
Industry 4.0 Automation
Industry 4.0 ready with the capability to seamlessly connect with external MES and ERP systems.
Complies with all Industrial Health and Safety Standards
Proprietary industry accepted solvent consumables validated in highly regulated applications from medical and dental to consumer and food applications. PostPro SF50 works with a range of solvents tailored to your specific requirements.
Safe & Sustainable
Fully closed-loop system to ensure operator and end user safety. Zero system waste and full consumable recycling.
