DSCUT CNC
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During high-speed precision machining, steam barriers often form and chip liquid distribution becomes uneven, preventing the tool tip from receiving necessary cooling. Insufficient cooling causes iron chips to return to the cutting point, shortening tool life and damaging workpiece surface finish.
Our high-pressure through-spindle coolant filtration system is designed to penetrate these steam barriers. It effectively reduces high temperatures generated during cutting, supplies consistent chip liquid, improves tool life, and ensures superior surface finish and accuracy.
Delivers high-pressure coolant directly to the cutting edge to rapidly dissipate heat. This ensures tighter tolerances and prevents thermal deformation.
Flushes away chips instantly to prevent re-welding and entanglement, which is crucial for deep-hole drilling and milling.
Equipped with optimized hydraulic and pneumatic pathways for fast response times and consistent cutting force.
Adjustable stroke lengths and force outputs to match specific machinery requirements across diverse industries.
Utilizing over 4,000 square meters of production space and multiple technical R&D teams, we provide integrated manufacturing and testing solutions. Our product portfolio includes 4th-Axis motor drives, single-axis control systems, energy-saving hydraulic units, and high-pressure coolant systems. We maintain strong inventory capabilities to respond swiftly to urgent orders.
Due to high-precision engineering and competitive pricing, samples are not provided for free. However, for large-scale orders, initial sampling costs can be deducted from the total contract value in future cooperation.
Yes, we offer comprehensive OEM and ODM services. We can apply your logo and design to products and support non-standard customization to meet specific technical requirements.
We operate a 4,000-square-meter professional manufacturing facility with 4 technical R&D teams and 5 dedicated inspection laboratories to ensure mass production quality.
As of 2024, our annual capacity includes 2,000 sets of high-pressure through-spindle coolant systems, along with 5,000 hydraulic power units and 70,000 sets of specialized cables.
Standard products are kept in stock and can be shipped immediately. For non-standard or customized products, the lead time typically ranges from 2 to 4 weeks depending on component selection.
Yes, our engineering team has extensive experience with electrical and mechanical systems from over 100 global brands, ensuring seamless integration into existing CNC machine tool setups.
