Product Description
During product processing, over-cutting, and hot-cutting, a steam barrier often forms and chip liquid becomes unevenly distributed, preventing the tool tip from obtaining necessary cooling. Insufficient cooling causes iron chips to return to the cutting point, shortening tool life and damaging surface finishes.
Our high-pressure Through-Spindle Coolant filtration system penetrates the steam barrier, reduces high temperatures generated during cutting, and effectively supplies chip liquid. This significantly improves tool life, provides sufficient lubrication, and enhances workpiece finish and accuracy.
Frequently Asked Questions
Q1. Can I get samples for testing?
As our quotations are kept at a highly competitive level, we generally do not provide free samples. However, for large-scale purchase agreements, sample costs may be deducted from the final order.
Q2. Do you offer OEM/ODM or customized designs?
Yes, we provide full OEM/ODM services. We can apply your logo and design to the products and support non-standard customization to meet specific equipment requirements.
Q3. Are you a direct manufacturer?
Yes, we operate a 4,000-square-meter professional manufacturing facility. We house dedicated technical R&D teams and inspection laboratories to ensure high mass-production quality.
Q4. What is your current production capacity?
We have robust production lines with annual capacities including 2,000 high-pressure through-spindle coolant systems, 5,000 hydraulic units, and 5,000 tool release cylinders, ensuring rapid response to global demands.
Q5. What are the typical lead times for shipping?
Standard products are kept in stock and can be shipped immediately. For non-standard or customized orders, the lead time typically ranges between 2 to 4 weeks depending on component selection.
Q6. Which industries utilize these coolant systems?
Our systems are primarily used in precision machining, turning, milling, and drilling within industries such as aerospace, automotive manufacturing, and metalworking.