Laser Tube Cutting Machine Startup Guide: Standard Operating Procedure

Begin by launching the "NcStudio" cutting software from the computer desktop. This specialized platform serves as the central control interface for the cutting system, providing stable operation and precise control capabilities.

Upon startup, the system will automatically prompt for "Mechanical Homing" operation. Select "All Axes" to initiate the sequential homing process for Z, X, Y, and B axes.

Critical Safety Note: Prior to homing, visually confirm that all axis paths are clear of obstructions to prevent potential collisions during the homing sequence.

Using the remote controller, position the Y-axis carriage near the front chuck. Secure a standard calibration tube (aluminum square tube recommended) using both front and rear chucks. Lower the Z-axis laser head to maintain a 3-5mm distance from the tube surface, then execute capacitance calibration by clicking the "Calibrate" button in the software interface.

Navigate to the "Processing" menu and select "Calibrate B-Axis Center." Prepare a corresponding CAD file matching the calibration tube dimensions (e.g., 50×50mm for square tubes). Initiate calibration by clicking "Calibrate Center" in the dialog box, then confirm and save the parameters upon completion.

This four-step startup protocol ensures optimal machine performance while maintaining the highest standards of operational safety and processing accuracy.

Begin by launching the "NcStudio" cutting software from the computer desktop. This specialized platform serves as the central control interface for the cutting system, providing stable operation and precise control capabilities.

Upon startup, the system will automatically prompt for "Mechanical Homing" operation. Select "All Axes" to initiate the sequential homing process for Z, X, Y, and B axes.

Critical Safety Note: Prior to homing, visually confirm that all axis paths are clear of obstructions to prevent potential collisions during the homing sequence.

Using the remote controller, position the Y-axis carriage near the front chuck. Secure a standard calibration tube (aluminum square tube recommended) using both front and rear chucks. Lower the Z-axis laser head to maintain a 3-5mm distance from the tube surface, then execute capacitance calibration by clicking the "Calibrate" button in the software interface.

Navigate to the "Processing" menu and select "Calibrate B-Axis Center." Prepare a corresponding CAD file matching the calibration tube dimensions (e.g., 50×50mm for square tubes). Initiate calibration by clicking "Calibrate Center" in the dialog box, then confirm and save the parameters upon completion.

This four-step startup protocol ensures optimal machine performance while maintaining the highest standards of operational safety and processing accuracy.

Begin by launching the "NcStudio" cutting software from the computer desktop. This specialized platform serves as the central control interface for the cutting system, providing stable operation and precise control capabilities.

Upon startup, the system will automatically prompt for "Mechanical Homing" operation. Select "All Axes" to initiate the sequential homing process for Z, X, Y, and B axes.

Critical Safety Note: Prior to homing, visually confirm that all axis paths are clear of obstructions to prevent potential collisions during the homing sequence.

Using the remote controller, position the Y-axis carriage near the front chuck. Secure a standard calibration tube (aluminum square tube recommended) using both front and rear chucks. Lower the Z-axis laser head to maintain a 3-5mm distance from the tube surface, then execute capacitance calibration by clicking the "Calibrate" button in the software interface.

Navigate to the "Processing" menu and select "Calibrate B-Axis Center." Prepare a corresponding CAD file matching the calibration tube dimensions (e.g., 50×50mm for square tubes). Initiate calibration by clicking "Calibrate Center" in the dialog box, then confirm and save the parameters upon completion.

This four-step startup protocol ensures optimal machine performance while maintaining the highest standards of operational safety and processing accuracy.