Bridge Type Double Beam Profiling Machine

The bridge type double beam profiling machine is a mechanical device that processes stone. The programming instruction refers to the control of the movement and operation of the machine through programming.

The following are the commonly used programming instructions and operation procedures of the Bridge type double beam profiling machine:

G code
G code is a common CNC programming language used to control the movement trajectory and operation of the machine. In the profiling stone machine, the commonly used G codes include the following:
G0: Rapid positioning. Used to move the tool to the specified position quickly without cutting.
G1: Straight line cutting. Used for straight-line cutting between two specified points.
G2/G3: Arc cutting. Used to cut on the specified arc path, G2 means clockwise cutting, and G3 means counterclockwise cutting.
G4: Dwell. Used to stay for a period of time during the cutting process, which can be used to control the cutting speed.
G20/G21: Imperial/metric switching. Used to switch the unit of tool movement, G20 means imperial, and G21 means metric.
G90/G91: Absolute/incremental switching. Used to switch the coordinate system of tool movement, G90 means absolute coordinates, and G91 means incremental coordinates.

M code
M code is a programming instruction used to control the auxiliary functions of the machine. In the Bridge type double beam profiling machine, the commonly used M codes include the following:
M3: Spindle forward rotation. Used to start the spindle forward rotation and start cutting.
M4: Spindle reverse rotation. Used to start the spindle reverse rotation and start cutting.
M5: Spindle stop. Used to stop the rotation of the spindle.
M8: Coolant on. Used to turn on the coolant supply to cool the tool and workpiece.
M9: Coolant off. Used to turn off the coolant supply.

Programming operation process
Writing programming instructions for Bridge type double beam profiling machine needs to follow the following process:

Determine processing requirements: Determine the processing path and cutting method according to the size, shape, and processing requirements of the stone parts to be processed.
Write G code: Write G code according to the processing path and cutting method. G code can be generated using professional CAM software or written manually.
Write M code: Write M code according to the auxiliary function required. Usually insert the corresponding M code in the G code.
Upload programming instructions: Upload the written G code and M code to the control system of the profiling stone machine.
Set up tools and workpieces: Install appropriate tools and workpieces according to processing requirements, and make corresponding adjustments and fixations.
Run the program: Start the control system of the profiling stone machine and run the uploaded programming instructions. The machine will process according to the specified path and cutting method.
Monitor the processing process: During the processing, timely monitor the operating status and cutting effect of the machine to ensure the processing quality.
Complete processing: Wait for the machine to complete the processing task, take out the processed stone parts, and carry out subsequent processing.
The above is the basic content and operation process of the profiling stone machine programming instructions. The specific programming instructions and operation methods may vary depending on the machine model and manufacturer. When using, refer to the corresponding equipment manual and operation guide.

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