Post-processing

AMT PostPro SF Systems – Automated surface finishing systems where parts are exposed to a chemical vapor environment and the vapor slightly melts the outer polymer surface then the surface reflows and solidifies smoothly. Machines such as the PostPro SFX, PostPro SF2X, SF50 (Pure), SF100 (Pure), SF50 PP and the SF 100 PP reduce visible layer lines, seals porosity, improves mechanical strength and improves chemical resistance for printing technologies such as SLS, MJF and SAF.

PostProcess RADOR - Automated surface finishing where parts are placed in a chamber with abrasive media + liquid, the machine creates vibratory rotational motion that suspends the media and the process polishes, smooths and deburs surfaces. The RADOR works with many printing technologies such as FDM, SLS, MJF, SLA, Polyjet and even Metal AM. 

AM Efficiency CCP Systems - Automated surface finishing systems that can clean - remove residual loose powder and dust, clean and color - remove residue powder and color parts for a uniform appearance and, polish - smooth surfaces and refine finish for end-use quality.

Machines such as the CCP-10, CCP-2 and the CCP-20 Megadrum have a patented powder-separation system that ensures that residual powder is removed without contaminating the blasting media for printing technologies such as SLS, MJF, SAF and HSS.  

AMT PostPro SB Systems - Automated surface finishing system where parts are placed in a rotating basket inside a blasting chamber where compressed air propels abrasive media towards parts that removes residual powder and smooths out the outer surface before polishing or coating. Machines such as the PostPro SB, PostPro SB Studio, PostPro SB PRO and the PostPRO SB Max relies on a mechanical process that is environmentally friendly and is mainly used for powder-bed polymer manufacturing such as SLS, MJF and SAF.

Stratasys PowderEase T1 – A dedicated powder management station designed for SAF workflows, enabling safe powder handling and efficient material recycling. It integrates a 3-in-1 process which includes powder break out and extraction, powder retrieval and sieving and powder dosing and mixing. It is paired perfectly with the Stratasys H350. 

Raise3D C220-P – A powder management and processing system designed for SLS printing environments. The technology focuses on powder breakout and recovery, powder sieving and preparation, powder storage and mixing, air filtration and RFID material tracking. It is paired perfectly with the RMS220 of Raise3D. 

AM Efficiency UNPIT - A powder management system engineered to simplify post-processing for powder-bed 3D printing workflows such as SLS. It has four key powder processing functions that include unpacking/uncaking, depowdering and cleaning, powder recovery and recycling and automated powder handling control. 

AM Efficiency CCP Systems - Automated multi-stage powder processing that can remove residual loose powder and dust, color parts for a uniform appearance, smooth surfaces and refine finish for end-use quality. Machines such as the CCP-10, CCP-2 and the CCP-20 Megadrum have a patented powder-separation system that ensures that residual powder is removed without contaminating the blasting media for printing technologies such as SLS, MJF, SAF and HSS.

AMT PostPro DP Systems - Automated depowdering with light surface finishing system where parts are placed in a sealed chamber and controlled abrasive media is utilized to gently and precisely remove residual loose powder and rough peaks from part surfaces and undergoes basic smoothing which makes it ideal for surface cleaning and powder breakout. Machines such as the PostPro DPX, PostPro DP Studio, PostPro DP, Post Pro DP PRO and the PostPro DP MAX are often used directly after depowdering to eliminate trapped powder in features like lattice structures, internal channels and deep crevices on powder-bed polymer parts that use technologies such as SLS, MJF and SAF.