During product processing and over cutting and hot cutting, the steam barrier is formed and the chip liquid is unevenly distributed, so that the tool tip cannot obtain the required cooling. In the case of insufficient cooling of the cutting tool, the iron chips will return to the cutting point.

Therefore, repeated processing of chips will shorten the tool life and damage the surface finish of the workpiece. The high-pressure Through spindle coolant filtration system centralized aiming chip liquid can penetrate the steam barrier, smoothly reduce the high temperature generated during cutting, effectively supply chip liquid, significantly improve the tool life, provide sufficient lubrication, and improve the surface finish and accuracy of the workpiece.

By delivering high-pressure coolant straight to the cutting edge, our system rapidly dissipates heat generated during machining. This reduces thermal deformation of the workpiece and tool, ensuring tighter tolerances and consistent part quality.

Even in high-speed, heavy-duty cutting scenarios, it maintains stable temperatures, preventing tool wear and workpiece damage caused by overheating.

The high-pressure coolant flow effectively flushes away chips from the cutting zone. It prevents chip re-welding, entanglement, and accumulation, which can lead to tool breakage and surface finish defects.

For deep-hole drilling, threading, and milling operations, this ensures unobstructed cutting paths, enabling smoother, more efficient machining cycles.

Equipped with advanced sealing technology and optimized hydraulic/pneumatic pathways, the cylinder ensures efficient force transmission with minimal energy loss. Fast response times enable quick blade actuation, reducing cycle times in high-speed cutting operations.

Whether operating at low or high pressures, it maintains consistent cutting force, adapting to varying material thicknesses and cutting demands.

We offer extensive customization options to match specific machinery and cutting requirements. From adjustable stroke lengths and force outputs to tailored mounting interfaces, the Knife Cylinder can be modified to fit unique equipment designs.

Compatible with both hydraulic and pneumatic systems, it integrates seamlessly into existing production lines, providing a versatile solution for industries like packaging, textiles, and metalworking.