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3D printing finishing & post-processing
Customize your 3D printed parts with high quality finishes and post-processing options.
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Order custom 3D printed parts
With excellent surface detail and geometric complexity, 3D-printed parts may be further customized with different finishing and post-processing options. Choose from coloring, texturing, plating, and polishing options, or apply inserts to meet your parts’ functionality requirements.
Choosing your 3D printing post-processing and finishing requirements is simple: once you’ve uploaded your design to our Cloud Manufacturing Platform™ we’ll help you decide which process or finish best suits your project’s needs. Manufacture your parts on-demand with the click of a button for delivery when you need them.
Explore our full range of 3D printing technologies, including stereolithography, Stratasys fused deposition modeling, Carbon Digital Light Synthesis™, and HP Multi Jet Fusion.
3D printing finishing and post-processing options
Explore our 3D printing finishes and post-processing services:
Carbon Digital Light Synthesis (DLS)
Painting
Finish your 3D-printed part in a spectrum of painted color options.
Press-fit inserts
Apply press-fit inserts that can be threaded for screws.
Bead blasting
Add matte or satin surface finishes to your parts with a pressurized blast of glass beads.
Digital texturing
Apply a custom 2D depth map to the surface of your 3D- printed parts.
HP Multi Jet Fusion (MJF)
Painting
Finish your 3D-printed part in a spectrum of painted color options.
Heat staked inserts
Fix threaded inserts into your 3D-printed parts by heating and then pressing them into surfaces.
Digital texturing
Apply a custom 2D depth map to the surface of your 3D- printed parts.
Black dyeing
Bathe your 3D-printed parts in heated black dye to achieve a solid consistent color.
Press-fit inserts
Apply press-fit inserts that can be threaded for screws.
Bead blasting
Add matte or satin surface finishes to your parts with a pressurized blast of glass beads.
Clear coat
Apply pigmentless paint to provide a layer of protection and enhance your part’s appearance.
Vapor smoothing
Create a smooth surface finish on 3D-printed parts by exposing them to heated acetone vapor.
Stratasys fused deposition modeling (FDM)
Painting
Finish your 3D-printed part in a spectrum of painted color options.
Bead blasting
Add matte or satin surface finishes to your parts with a pressurized blast of glass beads.
Heat staked inserts
Fix threaded inserts into your 3D-printed parts by heating and then pressing them into surfaces.
Sanding
Sand your 3D-printed parts to eliminate layer lines and create smooth surface finishes.
HeliCoil inserts
Apply threaded helicoil inserts to your parts.
Stereolithography (SLA)
Painting
Finish your 3D-printed part in a spectrum of painted color options.
Sanding
Sand your 3D-printed parts to eliminate layer lines and create smooth surface finishes.
Press-fit inserts
Apply press-fit inserts that can be threaded for screws.
Bead blasting
Add matte or satin surface finishes to your parts with a pressurized blast of glass beads.
Digital texturing
Apply a custom 2D depth map to the surface of your 3D- printed parts.
Why choose Fast Radius for finishing and post-processing?
The factory of the future
The Fast Radius Cloud Manufacturing Platform™ combines digital design technology with the expertise of our team to make your project possible. Design your parts in the cloud, and ship on demand from our Virtual Warehouse™.
Get an instant quote for your 3D printed parts
Use our quoting platform for quick quotes on parts production.
Explore 3D printing news and industry updates
Find industry news, resources, insight into the 3D printing process and more, in the Fast Radius blog:
3D Printing
Understanding 3D printed lattices: Properties, performance, and design considerations
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Fast Radius manufacturing capabilities
Fast Radius manufacturing solutions serve the needs of businesses across the industrial landscape. Explore our capabilities:
3D printing
Fast, scalable, and cost-effective 3D printing technology for a variety of industrial applications.
CNC machining
Automated CNC turning and 3-axis and 5-axis milling, using rotating drills, end mills, and lathes.
