How is KESA Cutter?

4-Flute End Mill Design:

Compared to 3-flute end mills, 4-flute milling cutters can remove more material, enhance stability, produce smoother key surfaces, and achieve more precise dimensions. The increased number of flutes reduces the load on each cutting edge, which helps to decrease tool wear and extend the tool's lifespan.

Spiral Groove Design of Dimple Cutter:

The spiral structure enhances cutting speed and improves the penetration performance of the drill bit, providing strong drilling force. This spiral design ensures stability, reduces vibration, facilitates rapid chip removal, and promotes smooth cutting.

Arc Tooth Design of Angle Milling Cutter:

The arc design of the cutter tip enhances durability and prevents the  breakage, offering excellent resistance to chipping. This design decreases cutting edge wear, extends the tool's service life, and ensures a smooth cutting surface.

Staggered Tooth Design of Side Milling Cutter:

The staggered tooth design allows for faster chip removal, reduces vibration, and provides good cutting stability while preventing tooth breakage. The staggered tooth shape reduces cutting pressure and extends the service life of the cutter.

Dense Teeth Design of Flat Slotter:

The dense teeth design enables sharper cutting of keys and provides an excellent surface finish.

AlCrN (Aluminum Chromium Nitride) Coating:

The AlCrN coating offers high temperature resistance, reduces thermal damage to the tool, and decreases friction. It effectively enhances the tool's wear resistance and extends its service life.