The origin of the engraving machine needs several limits, and how to set the origin of the double st

The engraving machine has a variety of data input modes that can be easily adapted to meet your needs. It is compatible with a variety of engraving software, and can also be compatible with JD software in engraving machine ENG format. The arc optimization command of the engraving machine can automatically eliminate the velocity chatter according to the characteristics of the workpiece.

The traditional CNC control system often has the following problems: the curve speed is slower than the straight line speed, the curve accuracy is worse than the straight line, the machine jitter is very strong and the speed is slow, and the accuracy is poor. The application of this control system effectively solves this problem, which not only improves the processing efficiency (the processing time can be shortened by 30%-300%), but also eliminates the speed chatter mark and improves the processing quality.

The engraving machine adopts widened high-precision cylindrical linear guide rail, which has good stability and high precision. The processing stroke is more than 160 mm, which is higher than other equipment, especially suitable for making blister molds, contracting semi-finished products and ...

Mechanical origin: generally using hardware limit, one limit switch in each direction, one for each x y z.

1. How to set the mechanical origin of the engraving machine: you can return to the mechanical origin only after installing the limit, otherwise it will collide. In the Weihong system, you can click back to the mechanical origin.

2. How to set the origin of the workpiece by the engraving machine: when we choose "return to the origin of the workpiece...""Option, Tip of the Knife.

It will automatically return to the origin of the workpiece from the current position, and the tip will actively return to the origin of the workpiece from the current position. The specific method of zeroing back.

1) If the end Z direction coordinates are greater than the starting point Z direction coordinates, the Z axis is first fed to the end of the Z axis alone, and then, the X and Y axes are linked to reach the intention point.

2) If the end Z direction coordinates are less than the starting point Z direction coordinates, the X and Y axes will first be linked to the intention point X and Y coordinates, and then the Z axis will feed to the end coordinates of the Z axis alone.

In order to prevent the residual state of the tool tip from returning to the zero point of the workpiece and then damaging the surface of the workpiece or the tool tip, in fact, the z-axis is not back to zero, but an offset value above the zero point. This value is set by the Retract Point in the machining parameters of the System Parameters window.

Summary. Hello, the computer engraving machine back to the mechanical origin of the Z-axis limit trigger may be the following reasons, it is recommended to find a professional to overhaul.

1.It is possible that the limit is broken.

2.It is possible that the line of the limiter is broken.

3.It may be that the sensing limit is far away and is not sensing.

My computer engraving machine back to the mechanical origin z-axis limit trigger what's going on.

Hello, the computer engraving machine back to the mechanical origin of the Z-axis limit shouting trigger may be the following reasons, it is recommended to find a professional to overhaul. 1.It is possible that the limit hall was broken carefully

It is possible that the line of the limiter is broken3It may be that the sensing limit is far away and is not sensing.

None of these problems exist.

Hello, if these problems do not exist, it may be that the limit switch is broken, and it is recommended that it be better to be dealt with by professionals.

The limiter is good, and it is the same for a new one.

Hello, I am happy to answer for you: if the engraving machine does not reach the limit position but has been showing the limit, there may be the following reasons: 1

Sensor failure: Many engraving machines use a sensor pad to detect the point position. If the sensor fails, the actual limit position cannot be detected, resulting in the point level being displayed all the time.

2.Engraver configuration issues: In some cases, the configuration of the engraving machine may affect its proper functioning.

For example, if the serial port of the computer is set incorrectly, it may result in the display of incorrect limit information. 3.Mechanical parts are damaged:

If the mechanical parts of the engraving machine are damaged, such as motors, encoders, etc., it may not be possible to reach the predetermined limit position, which will cause the problem of incorrect limit display. 4.Software Issues:

There may be problems with the engraving machine control software itself, such as errors and loopholes in the program, which may lead to inaccurate limit display. Workaround:1

Check whether the sensor is faulty and replace it in time. 2.Check whether the configuration of the engraving machine is correct, and if there is a problem, it needs to be adjusted in time.

3.Inspect mechanical parts for damage and replace or repair them in a timely manner if necessary. 4.

Update or reinstall the engraving machine control software to solve possible software problems.

The reasons why the engraving machine has not reached the limit position but have been limited may be as follows: 1Sensor Blindness Socks Imitation Spirit:

The limit switch of the engraving machine is usually an electrical sensor, whose function is to transmit a signal to the controller to stop it when the mechanical device moves to the limit position. If the switch fails, the mechanism remains in place, even if the limit position is not reached. 2.

Controller fault: If the controller of the engraving machine fails, it can also lead to limit problems. For example, a faulty controller may cause the limit circuit macro fiber to not function properly, preventing the mechanism from reaching the predetermined limit position.

3.Improper operation: If the mechanical device is shocked or vibrated during the limit position, the limit switch may be damaged, resulting in the mechanical device not reaching the predetermined limit position.

To solve these problems, you can try the following solutions:1Check that the limit switch and sensor are working properly and need to be replaced or repaired if faulty or damaged.

2.Check if the controller is faulty, you can try to restart or reset the controller, or perform maintenance on the controller. 3.

Check whether the operation is correct, avoid shock or vibration of the mechanism when limiting, and adjust the operation mode or reduce the force appropriately. If you are not sure how to repair or dispose of it, it is recommended that you contact a professional repair service or after-sales support for more detailed and accurate advice.

The spindle limit of the engraving machine may be caused by a variety of reasons, such as computer control program failure, sensor failure, poor circuit, etc. In view of the problem of spindle limiting, it can be solved by clearing the hall in the following ways:

1.Check the control program: Check whether the control program on the computer is correct, whether the program file is lost or damaged, etc.

2.Cleaning the sensor: If the spindle limit is due to sensor failure, it can be solved by cleaning the sensor first.

3.Replace the sensor: If the sensor is badly damaged, the sensor needs to be replaced.

4.Check the circuit: check whether the peripheral circuit is normal, and whether there is a situation where the circuit is not good.

If none of the above methods can solve the problem, you need to consider more complex repairs and modifications, and it is recommended to consult a professional maintenance technician for investigation and treatment. In short, for the problem of the limit of the spindle of the engraving machine, it is necessary to find the specific cause and repair it in combination with the actual situation.

How to solve the problem of engraving machine without limit, 1The limit switch is bad (the limit switch is always closed), and it can be replaced; 2.If the drive line is bad (14-pin and 15-pin short circuit on the X-axis, 13-pin and 15-pin short circuit on the Y-axis, 31-pin and 15-pin short circuit on the Z-axis), change the drive cable or separate the short circuit; 3.

If the driver board is broken, replace the driver board. Check whether the engraving path exceeds the engraving range; 2. The soft limit of the parameters set in the software. Point 1

in opposite directions; 2.faulty or loose control card; 3.Limit switch or data line failure; 4.

drive failure; 5.Approaching the motor failure, I hope it can help you. If my answer is helpful to you, please give a thumbs up (rate in the lower left corner), look forward to your like, your hand-raising spine is very important to me, and your support is also the motivation for my progress.

After that, I wish you good health and a happy mood!