Stecker Machine Blog

The manufacturing world can be tricky. An experienced CNC machine shop may plan a project that seems flawless on paper, taking into account all the subtleties that streamline a process. Yet, when the plan becomes reality, and the process starts flowing, it may fall short of the projected production or profitability targets. 

How can value engineering and/or value analysis solve a challenge like this?

Here’s a real-world example from Stecker Machine. A high-end part that required extreme precision — and also speciality tooling — was not hitting cycle time goals. One step in the process involved pressure testing the part after machining; so, taking the part to the assembly and pressure area (and back again after testing).

Many industries have the need for high-quality, precision machining. From automotive to aerospace, construction to agriculture (and many more), when a workpiece needs to be custom-machined to maintain tight tolerances, precision machining is usually the answer.

However, CNC (computer numerical control) machining is a bit different because it’s automated. Not only can CNC machining achieve extreme precision that cannot be achieved by traditional precision machining technology, it does so repeatedly, with cutting done by computer-guided equipment and complex tools.

Computer programming — a code sequence that tells the CNC machine what to do — makes a CNC machined part incredibly accurate, which is key for most parts.

This article begins to answer basic “why,” “how,” “when,” and even “who” questions of CNC machining services, helping you get started and enjoying its many benefits.

A computer numerical controlled (CNC) machine controls tools, such as a lathe or mill, using a computer program to achieve incredible precision. Just about all industries rely on these custom machined parts and have been for decades. Yet, there are still some myths that give people the wrong impression about CNC machining.