High-Pressure CNC Spindle Coolant System for Enhanced Performance

Customization: Available
After-sales Service: 7*24h Service
Warranty: 1 Year

Product Description

Coolant System
Performance Details
CNC Spindle Coolant
Technical Specifications
Model NO.
FD-CTS230L70Bar-4KW
Type
Through-Spindle Coolant
Cooling Water
Industrial Water
System Type
Closed System
Noise Level
Low
Application
Precision Machining
Certification
ISO
Weight
250kg
Package Size
122.00cm * 87.00cm * 162.00cm
Origin
Shanghai, China
Product Overview

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. Our high-pressure Through spindle coolant filtration system can penetrate the steam barrier, smoothly reduce the high temperature generated during cutting, effectively supply chip liquid, significantly improve the tool life, and improve the surface finish and accuracy of the workpiece.

Tool Life Improvement
Heat Management
Core Advantages
🚀 1. Superior Heat Management

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.

🧹 2. Efficient Chip Evacuation

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

⚡ 3. Efficient Force Transmission

Equipped with advanced sealing technology and optimized hydraulic/pneumatic pathways, the cylinder ensures efficient force transmission with minimal energy loss and fast response times for high-speed cutting operations.

🛠️ 4. Flexible Customization

We offer extensive customization options including adjustable stroke lengths and tailored mounting interfaces. Compatible with both hydraulic and pneumatic systems, it integrates seamlessly into existing production lines.

Precision Component
Flexible System
Manufacturing Quality
Professional Manufacturing & Capabilities

We are a manufacturing-based enterprise that integrates production, trade, and technical R&D. Our facility covers over 4,000 square meters, equipped with warehousing and inventory capabilities to respond swiftly to urgent orders. With 4 technical R&D teams and 5 dedicated testing laboratories, we focus on CNC machine tool industry solutions, including 4th-Axis drives, hydraulic systems, and high-pressure coolant systems.

Factory Overview
Production Line
Quality Testing
Frequently Asked Questions
Q1. Can I get samples for testing?
As our quotation is already at a highly competitive level, we are unable to provide free samples. However, for large purchase quantities, we can deduct the initial sampling costs from future cooperation orders.
Q2. Do you support OEM/ODM services or custom branding?
Yes, we provide full OEM/ODM services. Your logo and specific designs can be applied to the products. We also specialize in non-standard customization to meet unique equipment requirements.
Q3. What is your manufacturing background?
We operate a 4,000-square-meter professional factory with a dedicated R&D team. We have over 16 years of industry experience focusing on CNC core components and hydraulic systems.
Q4. What is your annual production capacity?
Our annual capacity includes approximately 70,000 sets of 4th/5th axis cables, 5,000 hydraulic units, and 2,000 high-pressure through-spindle coolant systems, ensuring reliable supply for global clients.
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 products, the lead time typically ranges from 2 to 4 weeks depending on component selection.
Q6. How do your systems improve machining quality?
By delivering coolant at high pressure directly to the tool tip, our systems penetrate steam barriers, flush chips instantly, and maintain stable temperatures, which directly improves workpiece surface finish and tool longevity.

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