Improve cutting performance and enhance machining efficiency

PVD coating materials are much higher than tool steel substrates, forming a high hardness surface layer that directly protects the tool by blocking abrasive wear and adhesive wear, extending tool life by 3-10 times, especially suitable for processing high hardness materials (such as quenched steel, titanium alloys) or high wear conditions such as dry cutting.

Coatings with low surface friction coefficients can greatly reduce the frictional resistance between the tool and the workpiece, reducing cutting forces by 10% -30% and cutting temperatures by 20% -40%. At the same time, they can suppress the formation of chip deposits and improve the surface smoothness of machining.
The coated tool substrate has no risk of phase transformation or deformation, and the cutting edge is not passivated, which can ensure the sharpness of the cutting edge, achieve high-precision machining, comprehensively improve the mechanical performance, thermal stability, and chemical inertness of the tool, and achieve the synergistic optimization of cutting efficiency, machining accuracy, and tool life.

Whether it's milling, drilling, turning, tapping, or gear cutting, we can develop targeted coating solutions for your needs and applications, making your production faster, more efficient, and more reliable.