Conprofe CNC Machining Centers
UEM - 400
UEM - 400 Specifications
UEM - 400 Specifications
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UEM - 400 Specifications
UEM - 400 Specifications
UEM - 400 Specifications
UEM - 500 Specifications
UEM - 500 Specifications
UEM - 500 Specifications
UEM - 500
UEM - 500 Specifications
UEM - 500 Specifications
UEM - 600
UEM - 600 Specifications
UEM - 600 Specifications
UEM - 600 Specifications
UEM - 600 Specifications
UEM - 600 Specifications
Core Technology
Ultrasonic Machining Technology
Conprofe’s ultrasonic system combines patented vibration control, integrated structure, intelligent sensing, and high-power drive technology. It ensures stable operation, precise amplitude control, and consistent machining accuracy. Equipped with closed-loop amplitude control and sine-wave drive technology, the ultrasonic generator delivers stable performance at up to 350W. Adaptive feedback ensures accuracy during complex machining operations. experienced engineers.
Supercritical CO2 Cryogenic Cooling System
This advanced cooling system converts purified low-pressure CO₂ into supercritical fluid and delivers it as a −78°C cryogenic cooling jet for high-efficiency machining. A dedicated control unit and precision nozzles supply a clean, dry CO₂ stream to the cutting zone, reducing heat, improving surface quality, and extending tool life. Unlike traditional cooling methods, supercritical CO₂ works at room-temperature transport conditions, requiring no insulation while still enabling ultra-low-temperature cutting.
Cryogenic Air Blasting Technology
Dedicated nozzles for the precise delivery of cryogenic air and lubricant mixtures to the cutting zone, ensuring superiorcooling efficiency. lubricant to replace traditional cooling lubricants. By blasting cryogenic air directly onto the cutting zone, it effectively reduces the cutting temperature and minimizes tool wear. The mixture of a small amount of lubricant with cryogenic air further enhances lubrication, suppresses heat generation and significantly extends tool life.
Key Advantages
Advanced Compression Refrigeration Technology for generating cryogenic air at -10°C to -60°C.
Fully automated PLC-controlled system with precise outlet temperature adjustment.
Integrated Minimum Quantity Lubrication (MQL) technology for mixing minimal lubricating oil into cryogenic air to achieve
effective cryogenic lubrication.
Specialized piping for delivering cryogenic air and lubricating oil, enabling efficient low-temperature transfer.
Dedicated nozzles for the precise delivery of cryogenic air and lubricant mixtures to the cutting zone, ensuring superior cooling efficiency.