Intelligent Machine

• Multi-touch screen
• Excellent operability
• Multiple adjuvant tool
• Utilization rate checking and analysis

• Workpiece counter checking and analysis
• Integrative machining operating interface
• Visible date interface
• Maintenance notification

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• High-security regional network architecture.
• The system automatically collects processing data after connection.
• Automatically generates analysis reports to improve factory management.
• Synchronized monitoring function on website which prevents space restrictions and allows real-time monitoring of the production line.
• Complete history of caution alarms, that helps trace back all historical records of abnormal warnings.

Check servo motor loading torque. When loading torque is out of range ( accidently crash ), system will enter emergency status and return servo axis at the same time to lower the damage and avoid too much service cost and loss from the machine long stop.

OCR oscillating cutting function is to air cut fine chips while oscillates the slide axis fully synchronized relative to spindle rotation. No mechanical failure occurred due to entangled chips which enhances machine effectiveness.

Load monitoring function can check the abnormal tool load via detecting the electric current variation of main spindle and servo motor when turning. When abnormal loading occurs, if achieve tool life, machine will stop when program end ( M30 ); If achieve wear value, machine will immediately pause the federate but will not stop the spindle.

• Easy operation excluding the complications of internet setup (plug-and-play)
• Automatic phone hotspot link
• Security code permission login
• Remote NC software maintenance

• Remote monitor/control NC live image
• Remote monitor/control machine operation interface
• Remote upload and download of processing programs.
• Remote abnormal machine condition diagnosis

When the chuck is changed to hold a different workpiece, precise detection position adjustment can be easily completed through simple settings on the controller. Compared to the tedious process of manually adjusting the sensor in traditional systems, this significantly improves efficiency and reduces operational workload.