DSCUT CNC
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During product processing, over-cutting, and hot-cutting, steam barriers often form and chip liquid becomes unevenly distributed, preventing the tool tip from receiving necessary cooling. Insufficient cooling causes iron chips to return to the cutting point, shortening tool life and damaging the workpiece's surface finish.
Our high-pressure Through-Spindle Coolant (TSC) filtration system delivers centralized coolant that penetrates the steam barrier, rapidly reducing high temperatures generated during cutting. This ensures effective lubrication, significantly improves tool life, and enhances both surface finish and accuracy.
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 scenarios.
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. For deep-hole drilling and milling, this ensures unobstructed cutting paths and smoother cycles.
Equipped with advanced sealing technology, the system ensures efficient force transmission with minimal energy loss. Fast response times enable quick actuation, reducing cycle times in high-speed cutting operations while maintaining consistent force across varying material thicknesses.
We offer extensive customization options to match specific machinery requirements. From adjustable stroke lengths and force outputs to tailored mounting interfaces, our solutions integrate seamlessly into existing production lines for metalworking, textiles, and packaging.
