by OpGo | Jul 30, 2019 | Additive Manufacturing Finishing, ISO Equipment, ISO Finishing, ISO Resources
ISO Finishing takes great pride in polishing solutions for cast, molded, machined, fabricated, and 3D printed components. With so much attention to detail in the isotropic finishing process, ensuring the parts arrive at their destination undamaged is essential....
by OpGo | Mar 8, 2019 | Additive Manufacturing Finishing, ISO Equipment, ISO Finishing, ISO Resources
Centrifugal Finishing, or barrel tumbling, is a high-energy polishing method used to improve the surface of parts. The process involves placing parts inside of a barrel which then rotates to remove burrs and create a superior finish.Typically, this machine is made up...
by OpGo | Mar 8, 2019 | Additive Manufacturing Finishing, Aerospace & Aviation, Firearm Finishing, ISO Finishing, ISO Resources, Medical
Stainless steel is one of the most widely used metals in manufacturing. Passivation of stainless steel parts is needed for kitchen appliances to cutlery to parts for high-performance motorsports. While many industries rely on stainless steel for their products, it,...
by OpGo | Dec 15, 2018 | Additive Manufacturing Finishing, Firearm Finishing, ISO Finishing, ISO Resources
Modern-day manufacturing of parts and components start with a 3d computer model, then incorporate an additive fabrication process before resulting in a metal part. When manufacturing, 3d printing has advantages related range of design and development of parts, but the...
by OpGo | Nov 29, 2018 | Additive Manufacturing Finishing, ISO Finishing, ISO Resources
Despite the advantages of additive manufacturing of being able to print metal, plastic, or composite 3D printed parts, there are challenges related to the surface finish. Challenges can be alleviated with partners in post-processing. We can help diagnose uneven...
by OpGo | Nov 20, 2018 | Aerospace & Aviation, Automotive, Firearm Finishing, ISO Finishing, ISO Resources
Surface Effect of Manufacturing Process If you look at machined parts, you will notice that their surfaces embody a complex shape made of a series of peaks and troughs of varying heights, depths, and spacing. The surface finish of the die determines the surface finish...
