Blog List
Stainless Steel CNC Machining: 304, 316, and 17-4PH Production Risks
Stainless steel is not one machining material. A 304 stainless steel housing, a 316 medical fitting, and a 17-4PH high-strength…
Brass vs Copper: Differences for CNC Machined Components
Choosing brass when the part needs copper conductivity can cause performance problems. Choosing pure copper when the part only needs…
Thread Milling vs Tapping: How to Avoid Threading Failures in CNC Parts
A threaded hole can be the last operation on a CNC machined part. That is exactly why it can be…
CNC Milling vs CNC Turning: How to Choose the Right Process
Choosing between CNC milling and CNC turning should not start with the machine name. It should start with the part…
Machining 304 Stainless Steel: Work-Hardening, Tooling, and Inspection Risks
304 stainless steel is not difficult to machine simply because it starts as a hard material. The real problem begins…
Copper CNC Machining: Material Behavior, Tooling, and Surface Risks
Copper is not difficult to machine because it is hard. It is difficult because it is soft, ductile, sticky, and…
What Is Stainless Steel Passivation and When Do CNC Parts Need It?
Stainless steel passivation is a chemical finishing process used after machining, deburring, and cleaning to remove free iron and surface…
CNC Machining Tolerance Chart: Standards by Material, Process, and Feature Type
Conclusion First CNC machining tolerance depends on material, feature type, part geometry, fixturing, cutting heat, machine condition, tool wear, and…
PEEK vs POM for CNC Machining: Which Plastic Should You Choose?
Conclusion First For most precision mechanical applications, POM / Delrin is usually the more cost-effective choice. It machines cleanly, holds…
