Your Solutions For Electric Distribution
Electronic MCCB
400V/690V ACB
Thermal magnetic MCCB
Your Solutions For Solar System
Your Solutions For MCCB Manufacturing
China MCCB Connection Plate for Mental Stamping Moulding - Trusted Suppliers and Factory Solutions
Processing efficiency of low-speed WEDM
High processing efficiency
Due to the development of NS class high peak current pulse power supply technology and detection, control and anti-interference technology, the processing efficiency of low-speed WEDM is also improving.
Processing efficiency of workpieces with large thickness
When cutting 300 mm thick workpiece, the processing efficiency can reach 170 mm2/min, which is a very significant technical improvement.
Processing efficiency of workpiece with thickness change
It can automatically detect the thickness of the workpiece and automatically adjust the processing parameters to prevent wire breakage, and achieve high processing efficiency in this state.
Frequently Asked Questions
Q: What factors contribute to the high processing efficiency of low-speed WEDM?
The efficiency is driven by the development of NS class high peak current pulse power supply technology, along with advanced detection, control, and anti-interference technologies.
Q: What is the processing efficiency of low-speed WEDM for thick workpieces?
When cutting workpieces with a thickness of 300 mm, the processing efficiency can reach up to 170 mm²/min, representing a significant technical improvement.
Q: How does the machine handle workpieces with varying thicknesses?
The system automatically detects the thickness of the workpiece and adjusts the processing parameters in real-time to maintain high efficiency and prevent wire breakage.
Q: Why are automatic parameter adjustments important for thickness changes?
Automatic parameter adjustments prevent wire breakage during cutting processes where the workpiece thickness changes, ensuring safe and continuous operations.
Q: What technology prevents wire breakage in low-speed WEDM?
Dynamic parameter detection and real-time controller adjustments automatically adapt to the workpiece thickness, preventing wire breakage during operation.
