Electrical Box High Pressure Coolant System for Industry Cutting CNC Machine Lathe

Product Description

The water outlet from the center of the spindle, also known as spindle internal cooling or tool internal cooling, refers to the direct transfer of coolant through the spindle through pressure to the cutting part of the tool. In addition to timely cooling of the tool, high-pressure coolant can also be used to vigorously wash the chips milled from the workpiece.
Electrical Box High Pressure Coolant System for Industry Cutting CNC Machine Lathe
Product Parameters
Product Parameters Electrical Box High Pressure Coolant System
Item QG-HPC-2MP-33LA-LX-1 QG-HPC-3MP-33LA-LX-1 QG-HPC-5MP-40LA-LG-1 QG-HPC-7MP-40LA-LG-1
Outlet pressure 20Bar 30Bar 50Bar 70Bar
Flow rate 33L/min 33L/min 40L/min 40L/min
Rated power 2.2KW 4.0KW 5.5KW 7.5KW
Input Power 220V/380V   50HZ/60HZ
Bag filtration Min 25μm
Pump type Centrifugal pump Centrifugal pump/Screw pump Screw pump Screw pump
Pump brand Customers can specify the water pump brand (centrifugal pump brand Nanyuan, screw pump brand yellow pump)
Size 700*700*1080mm 700*700*1080mm 770*880*1390mm 770*880*1390mm
Water tank capacity 220L 220L 350L 350L
Pictures Showing
Pictures showing High Pressure Coolant System
Product Features
  • ⚙️

    Eliminate the worry of entanglement in metal processing, avoid iron filings entangled on parts and tools, and ensure smoother production.

  • Increase chip cutting speed and tap into more productivity in production.

  • 📉

    Reduced tool wear. Reduce the local temperature generated by high temperatures during machining and extend the tool life. Reduce the frequency of tool replacement and reduce tool usage.

  • ✔️

    Improve quality stability and improve the qualification rate of parts processing.

  • Improve the surface smoothness of parts, enhance their quality, and enhance their market competitiveness.

  • 🔄

    Designed with an automatic cleaning filter element function, it is easy to disassemble and maintain, making it convenient and fast.

Applications

The spindle center water outlet system is mainly applicable to metal processing equipment, such as spindle water outlet CNC machining centers, deep hole drilling and milling machines, crankshaft grinders, gear grinding machines, CNC turning and milling composite machining machines, gantry drilling and milling machines, gantry machining centers, CNC lathes, deep hole boring and milling drilling machines, etc.

Always used in: automotive component manufacturing, precision mechanical processing manufacturing, batch intelligent production lines for workpiece and tool washing, cooling, lubrication, chip breaking, and chip removal, extending the service life of the tool, improving the machining accuracy and surface finish of the components.

High Pressure Coolant System Component
CNC Machine Application
System Operation Details
Production Process
Hardware Configuration
Pressure Controller Display
CNC Machining Output
Machined Spindle Outlet
Cooling Mechanism
Coolant Filter and Pumps
Frequently Asked Questions (FAQ)
What is a spindle center water outlet system?

It refers to a system that directly transfers pressurized coolant through the spindle to the cutting part of the tool to provide immediate cooling and wash away milled chips from the workpiece.

How does high-pressure cooling protect cutting tools?

By reducing the local heat generated during metal machining processes. This cooling effect lowers tool wear, extends overall tool life, and decreases the tool replacement rate.

Which pump brands can I choose for this coolant system?

Customers can specify the water pump brand they need. Standard options include Nanyuan for centrifugal pumps and Yellow Pump for screw pumps.

What is the filtration performance of the bag filter?

The system features bag filtration with a minimum filtration precision of 25μm, combined with an easily dismountable, automatic cleaning filter element design.

What machinery applications is this coolant system suited for?

It is widely used in spindle water outlet CNC machining centers, deep hole drilling and milling machines, gear grinders, CNC lathes, and gantry machining centers, particularly in automotive and precision component manufacturing.

How does this system improve workpiece surface finish?

By quickly removing metal chips and reducing friction heat. It prevents chips from scratching the finished surface, thereby improving smoothness and overall component quality.

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