Blog tagged as programming of CNC machines

How Do High-Feed and Trochoidal Milling Strategies Compare in CNC Machine and Programming Performance?

June 04, 2026 09:50 PM - By Trustbridge Design and Manufacturing Team - Comment(s)
How Do High-Feed and Trochoidal Milling Strategies Compare in CNC Machine and Programming Performance?

Preamble

High-feed milling and trochoidal milling are both widely used strategies in modern machining, but each performs differently depending on material type, geometry, spindle capability, and cutting objectives. In real production environments, choosing the wrong strategy can increase cycle time, ...

How G96 and G97 Actually Affect Cutting Stability, Insert Life, and CNC Machine Behavior

May 29, 2026 12:51 AM - By Trustbridge Design and Manufacturing Team - Comment(s)
How G96 and G97 Actually Affect Cutting Stability, Insert Life, and CNC Machine Behavior
Learn how G96 and G97 affect spindle speed, insert life, vibration, and CNC machining stability in real-world turning operations.

How Advanced Machining Suppliers Improve CNC Tool Stability During Parting-Off Operations

May 27, 2026 04:54 AM - By Trustbridge Design and Manufacturing Team - Comment(s)
How Advanced Machining Suppliers Improve CNC Tool Stability During Parting-Off Operations
Learn how feed rates, insert geometry, coolant delivery, and CNC programming improve parting-off stability and reduce insert failure.

Why Does My CNC Sub-Spindle Keep Dropping Parts Even When the Machine Seems Fine?

May 26, 2026 01:46 AM - By Trustbridge Design and Manufacturing Team - Comment(s)
Why Does My CNC Sub-Spindle Keep Dropping Parts Even When the Machine Seems Fine?
Learn how synchronization timing, chuck pressure, and CNC programming errors cause sub-spindle transfer failures in multi-axis machining.

Why Is CNC Chatter Often Caused by Machine Dynamics, Fixturing, and Programming Decisions Rather Than the Tool Alone?

May 21, 2026 02:23 AM - By Trustbridge Design and Manufacturing Team - Comment(s)
Why Is CNC Chatter Often Caused by Machine Dynamics, Fixturing, and Programming Decisions Rather Than the Tool Alone?
Discover the real causes of CNC chatter, from spindle wear to fixturing and programming errors, and improve machining stability and tool life.