Achieve Superior Surface Finish with a Stable Ball Nose End Mill

2025-08-04

In the context of increasingly diversified precision machining, when customers choose ball cutters, in addition to paying attention to the geometric structure of the tool, the choice of coating has also become one of the key factors in improving machining efficiency.

According to the AMG technical engineering team, different processing materials have clear requirements for coatings: for example, DLC coatings should be used when processing aluminum alloys to avoid sticking to the knife and improve surface smoothness; For high hardness materials such as mold steel and stainless steel,it is more suitable to use AlTiSiN or TiSiN coating to enhance the tool's heat resistance and anti chipping performance.

Coating not only affects tool life, but also directly relates to cutting stability and workpiece surface quality.

AMG can currently provide customized coating services based on customer working conditions, helping enterprises efficiently complete high difficulty surface machining tasks.

With the continuous growth of market demand for high precision and high smoothness, the rational selection of coatings is gradually becoming the "implicit competitiveness" in the procurement of ball cutters.

Customized Carbide Tool

Carbide Drill Bit

Carbide End Mill

Carbide Reamer

Thread Tool

Achieve Superior Surface Finish with a Stable Ball Nose End Mill

Achieve Superior Surface Finish with a Stable Ball Nose End Mill