Woodworking carving machines have been widely used in recent years. In addition to high-performance carving techniques and efficiency, they can also save greater human resources, which is why they are very popular among customers. Moreover, when using a CNC woodworking carving machine for processing, it is possible to estimate processing time and other factors, which can better calculate production costs. Generally, skilled operators can quickly estimate processing time and other factors.
& nbsp; The specific setting method for timing processing of woodworking carving machine is:
According to the stroke range of different models of woodworking carving machines, the machine tool is manually moved to the limit position of the three axes until it hits the stroke switch. The minimum and maximum coordinate values that can be moved to the X, y, and Z axes are recorded, and the corresponding positions in the position parameters are input.
& nbsp; Change the tool position of the woodworking carving machine. This set of parameters is used to set the X, y, and Z coordinates of the "tool change position" for easy tool change. After setting the "tool change position", use the "go to tool change position" in the "special motion", and the machine head will move to the set position, waiting for the operator to perform the tool change operation.
& nbsp; The specific setting method for timing processing of woodworking carving machine is:
& nbsp; Manually control the woodworking carving machine to move to a position that is convenient for tool changing operations, record the current machine coordinate values, and input them into the corresponding "position parameters". Position of the knife. This set of parameters is used to set the X, y coordinates and Z-axis rapid descent distance (Z-axis value) of the center of the tool presetter when using it for tool presetting.
& nbsp; Analysis of motor vibration after powering on the woodworking carving machine:
& nbsp; Firstly, check if the winding of the motor is connected to the driver incorrectly; If there is no wrong connection, check if the input frequency CP is too high; Is the frequency up and down design unreasonable? Please refer to the frequency up and down design; None of the above reasons are correct, it may be due to the drive burning out.
& nbsp; Timing processing "allows operators to know in advance the time required for carving before carving. Its calculation is based on the set engraving machine parameters and the time required to process the current engraving file. This time does not include intermediate tool changing, positioning, and other time, and is an estimated value. The carving parameters that affect "timed processing" include feed rate, tool drop speed, tool drop delay, Z-axis stroke, etc., and are also related to "priority mode". Within the processing time range of the woodworking carving machine, customers can also make other work arrangements, which greatly improves the utilization of human resources.
& nbsp; The specific setting method for timing processing of woodworking carving machine is:
According to the stroke range of different models of woodworking carving machines, the machine tool is manually moved to the limit position of the three axes until it hits the stroke switch. The minimum and maximum coordinate values that can be moved to the X, y, and Z axes are recorded, and the corresponding positions in the position parameters are input.
& nbsp; Change the tool position of the woodworking carving machine. This set of parameters is used to set the X, y, and Z coordinates of the "tool change position" for easy tool change. After setting the "tool change position", use the "go to tool change position" in the "special motion", and the machine head will move to the set position, waiting for the operator to perform the tool change operation.
& nbsp; The specific setting method for timing processing of woodworking carving machine is:
& nbsp; Manually control the woodworking carving machine to move to a position that is convenient for tool changing operations, record the current machine coordinate values, and input them into the corresponding "position parameters". Position of the knife. This set of parameters is used to set the X, y coordinates and Z-axis rapid descent distance (Z-axis value) of the center of the tool presetter when using it for tool presetting.
& nbsp; Analysis of motor vibration after powering on the woodworking carving machine:
& nbsp; Firstly, check if the winding of the motor is connected to the driver incorrectly; If there is no wrong connection, check if the input frequency CP is too high; Is the frequency up and down design unreasonable? Please refer to the frequency up and down design; None of the above reasons are correct, it may be due to the drive burning out.
& nbsp; Timing processing "allows operators to know in advance the time required for carving before carving. Its calculation is based on the set engraving machine parameters and the time required to process the current engraving file. This time does not include intermediate tool changing, positioning, and other time, and is an estimated value. The carving parameters that affect "timed processing" include feed rate, tool drop speed, tool drop delay, Z-axis stroke, etc., and are also related to "priority mode". Within the processing time range of the woodworking carving machine, customers can also make other work arrangements, which greatly improves the utilization of human resources.