Promotional Bottle Opener
Improve the surface finish of a metal DMLS 3D printed promotional bottle opener.
Improve the surface finish of a metal DMLS 3D printed promotional bottle opener.
SLS printed plastic (PA2200) 3D post-processed using a Water Jet for build removal.
Polish the surface to produce “a molded like finish” for a 3D SLS printed nylon chess piece.
Improve the surface finish of a 3D DMLS printed stainless steel test coupon.
Remove build material from a 3D plastic SLS printed nylon GF (Glass-Filled) intake manifold mold core.
DMLS printed stainless steel medical tool using 3D printing post-processing equipment.
Surface finish improvement/polish of a DMLS printed managing steel medical bone implant.
Improve the surface finish of 3D Plastic HP PA-1100 automotive parts.
Demonstrate the multiple degrees of surface finish of 3D plastic MJF printed HP PA 12 electronic housings.
Surface finish improvement/polish for DMLS printed stainless steel medical bone implant.
Improve the surface finish of a 3D DMLS printed aerospace engine blade manufactured out of DMLS stainless steel.
Test coupons used to help HP develop color 3-D printing technique using a variety of samples. Based on post processing results.
Improving the internal surface finish of a metal EOS DMLS 3D printed managing steel aerospace nozzle.
Improve the surface finish of a 3D ExOne Binder Jet printed bronze golf putter head.
Improve the surface finish of a 3D HP color 580 plastic MJF printed HP PA 15 color sample.
Degrees of surface finish of 3D plastic SLA pin manufactured from Vero Clear.
3D DMLS printed stainless steel (17-4) metal tubes which have been 3d post-processed using multiple high energy technologies.
Improve the surface finish of a 3D FDM printed polycarbonate sample part to develop the best printing technology for medical equipment components.
Surface improvement of EBM 3D-printed titanium mesh using a Water Jet Blaster.
Fortify is exploring post-processing techniques on polymer parts from their Digital Composite Manufacturing (DCM) Flux Series 3D Printers.
Selective Laser Melting (SLM) printed plastic (Rigid 4000Vl) parabolic cell that was coated with aluminum (aluminized).
Client reached out to us to improve their Post-Processing build removal, their current process is time consuming.
Customer requested 3D printed nylon electronic case to feel like a molded part. We supplied two alternative technologies within their budget.
Client reached out to us to help improve their surface finishing, primarily in a secondary surface improvement process.
Formlabs is exploring a partnership with Bel Air to supply Post Processing to customers that require smoother finishes on complex parts.
Used multiple technologies to determine the best method achieving a Ra of less than 120uin on a 3D printed stainless steel bone plate.
Demonstrating the different degrees of surface improvements for Post-Processing parts from a Desktop Metal 3D printer.
Client was experimenting with different printer technologies to evaluate cost of investment vs. cost of post processing.
The client was looking for a polished look on 3D printed game figure. Research & Development to choose the right equipment.
Improve the surface finish of 3d printed Composite Aluminum Alloy Bowling Pins, through various processes.
Improve the surface finish of 3d printed Composite Aluminum Alloy Bowling Pins, through various processes.
Goal was to determine multiple Post-Processing options for 3D printed parts manufactured from Markforged printers.
Goal was to remove build lines and make the pistol reload assembly have a smooth matte tactical looking finish.
Improve the surface finish of a metal DMLS 3D printed promotional bottle opener.
Bel Air helped the customer develop a manufacturing method with JIT (just in time) delivery system while reducing hand labor.
We established a degree of smoothness as well as an appropriate surface for subsequent gold coating adhesion.
Client asked us to help them improve their secondary surface improvement process of their polypropylene parts.
Client requested we find a proper surface finishing technique to lower finishing time of their 3D printed ABS braces
The customer wanted to remove the matte rough look side of teeth to get a glossy, see-through finish on an acrylic PolyJet printed part.
Client reached out to us to help improve their surface finishing, primarily in a secondary surface improvement process.
Client wanted to improve their post processing of their 3D printed parts. Main focus was on their secondary improvement process.
Customer wanted to improve their surface finishing process, primarily their secondary surface improvement process.
The customer wanted to improve the surface finish of a stainless steel DMLS 3D printed fuel nozzle externally and internally.
Client wanted to improve their powder removal and surface finishing, with the main focus being their secondary surface improvement process.
Client reached out to us to help them develop a high volume production technique for sanding and coating their 3D printed parts.
Client wanted a smooth & polished finish on their DMLS 3D printed stainless steel medical throat operating device.
Client reached out to us to help them develop a high volume production technique for sanding and coating their 3D printed parts.
Fortify is exploring post-processing techniques on polymer parts from their Digital Composite Manufacturing (DCM) Flux Series 3D Printers.
Improve the surface finish (feasibility study) of a 3D CLIP printed cyanate esther sample part.
Improve the surface finish (polish and coat) of a 3D FDM printed Ultem sample part..
Surface finish improvement/polish of a DMLS printed stainless steel medical stethoscope.
Bel Air’s specialized coating process levels out the build lines in FDM parts and seals the surface to make them smooth, water tight and more functional.
Clean & polish HP color MJF 3D printed PA sample parts.
Improve the surface finish of a 3D MJF printed HP PA 12 medical components.
Improve the surface finish and flow inside a 3D EOS/SLS printed PA12 tube.
Surface finish build removal from a 3D DMLS printed titanium medical implant.
Improve the surface finish for 3D printed stainless steel (17-4PH) parts to be used as sales samples.
Polish the surface finish of 3D SLA printed ear molds manufactured from vero clear 3D plastic.
Improve the surface finish of a 3D printed prototype manufactured from Duraform HST.
Improve the surface finish of a 3D SLA printed octopus manufactured from 3D systems duraform ProX.
Improve the surface finish of 3D SLS printed automotive mold manufactured from wax.
Improve the surface finish of 3D SLS printed cell phone cover manufactured from nylon 11..
Improve the surface finish of a 3D SLS printed game piece manufactured from plastic formiga P110.
Improve the surface finish of a 3D SLS printed mold component manufactured from plastic ASA.
Improve the surface finish and remove build lines of 3D FDM printed adjustable wrench manufactured from PLA.
Improve the surface finish of 3D printed mini-bowling pin manufactured from post-processing 3D plastic PETG.
Improve the surface finish of 3D plastic SLA sculpture (hand) manufactured from DuraForm PA.