Post-processing & surface finishes
Post-processing and surface finishing can make all the difference in manufacturing. Processes like cleaning, curing, polishing and dyeing improve the cosmetic and functional qualities of 3D printed parts. And for CNC machining, anodizing, powder coating and electroless nickel plating impact a part's appearance, strength, electrical conductivity and more. Explore how post-processing and surface finishing work and how to use them.
What is powder coating? Surface finishes for CNC machining
What is powder coating and in what cases should you select it as a finish for CNC-machined metal parts? This article covers the details of the powder coating process, as well as when to choose it for the best performance and quality.
What is anodizing and how does it work?
What is anodizing? Anodizing is key to finishing parts made from aluminum and other metals. Learn how anodizing works and why it is an important part of CNC machining and manufacturing.
Post processing for FDM printed parts
A comprehensive guide describing the range of post-processing options for FDM printed parts
Post processing for SLA printed parts
A comprehensive guide describing the range of post-processing options for SLA printed parts
What is part marking for CNC machining? Practical tips for laser engraving, silk screening and more
How do you add logos, lettering, serial numbers and other customized designs to your custom parts? Part marking is a cost-effective way to give parts those extra identifying and/or cosmetic details. Learn the common part marking techniques on the market today, including laser engraving and silk screening.
Post-processing for SLS and MJF 3D printed parts
What are the post-processing methods and steps for SLS and MJF 3D printing? In this article, we explore the most common post-processing methods, including dyeing and metal plating.
What are the types of surface finishes for CNC machining?
What surface finishes are available for CNC machining? You can apply post-processing and surface finishes to improve the surface roughness, cosmetic properties and wear resistance of metal parts. Learn about the most common ways to finish CNC machined parts, and how to select the best methods for your applications.