Exceptional Smoothing

AMT Vapor Smoothing Systems

AMT PostPro SF100 and PostPro SF50 industrial vapor smoothing machines process 3D printed parts, giving them the look and feel of injection molded parts.

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Vapor Smoothing Post-Processing for Beautiful 3D Printing

Smooth your 3D printed parts to injection mold-like finishes using the AMT PostPro SF100 and SF50. These post-processing systems use a chemical polishing process that gives your parts a beautiful look while also improving color uniformity and, in many cases, sealing against water. These vapor smoothing machines can process parts from many different additive technologies, including:

Multi-Jet Fusion (MJF)
Selective laser sintering (SLS)
Fused deposition modeling (FDM)

Technical Specifications

Features	PostPro SF100	PostPro SF50
Chamber Dimensions	15.7” x 23.6” x 15.7” (400mm x 600mm x 400mm)	15.7” x 11.8” x 15.7” (400mm x 300mm x 400mm)
Process Chamber Volume	96 Liters	48 Liters
Machine Dimensions	33” x 55.5” x 72” (830mm x 1400mm x 1830mm)	33” x 55.5” x 72” (830mm x 1400mm x 1830mm)
Power Requirements	400V 3-Phase 16A	220-240V 1-Phase 16A or 400V 3-Phase 16A
Machine Weight	1,875 lbs.	1,765 lbs.
Recommended Operating Area	92.5” x 126” (2350mm x 3200mm)	92.5” x 126” (2,350mm x 3200mm)

Transform Your 3D Prints with AMT PostPro Vapor Smoothing

Are you looking to elevate the finish of your 3D prints to a professional level? Look no further than AMT’s cutting-edge PostPro vapor smoothing solutions.

Our innovative technology seamlessly smooths layer lines, eliminating the need for extensive post-processing. With AMT PostPro, achieve flawless surfaces, improved mechanical properties, and a premium finish, all in a cost-effective and efficient manner. Say goodbye to rough edges and hello to unparalleled quality.

Engineering Success Together

Services & Customer Benefits

Technical Support

Our dedicated team is here to provide comprehensive support, including thorough pre-installation planning and expert installation services. By leveraging our expertise, we ensure a seamless process to swiftly set up your AMT system, allowing you to get up and running with ease.

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Unmatched Training

Our team is committed to your success with your new AMT system. We’ll provide thorough operational training to ensure you’re fully equipped to make the most of its capabilities and seamlessly integrate it into your workflow.

Professional Services

If you encounter any issues with your machine or need assistance troubleshooting a problem, you can rely on our dedicated support team to minimize any potential downtime. We’re here to swiftly address your concerns and ensure that your operations continue running smoothly.

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Frequently Asked Questions

Is ventilation or facility exhaust required to operate the AMT post processing systems?

Yes, the equipment requires proper ventilation or exhaust systems in your facility.

What happens with the old, used vapor smoothing chemical?

The used chemical is extracted into canisters that are swapped out for new canisters by AMT. The user is not responsible for disposing of the chemical.

What additional equipment is required to operate these systems?

If you are running the PostPro SF100, a chiller unit and extractor are required to operate the system. An optional extraction system is recommended for use in addition to the PostPro SF50.

Do users come in contact with chemicals?

The PostPro SF100 and PostPro SF50 both use a closed-loop system so the user should never come into contact with the vapor smoothing chemical under normal operation.

How long is a cycle on these machines?

Cycle times are 1 – 2 hours depending on the level of smoothness desired.

How smooth can a multi jet fusion part become after one cycle in this machine?

Parts typically fall in the RA 1-2μm range after a single cycle. A second cycle can further decrease the RA value to sub 1μm.

Do parts need to be bead blasted before going through the vapor smoothing process?

Yes, parts still need to be bead blasted before post-processing in these machines. Any powder that is not blasted can negatively affect the vapor smoothing process.

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