Engraving machine x-axis y-axis z-axis direction

Engraving machine x axis y axis z axis represents the direction?

1. The direction represented by the x-axis of the engraving machine: the horizontal direction is the direction of the vertical axis.

2. The direction represented by the y-axis of the engraving machine: the front-rear direction.

3. The direction represented by the z-axis of the engraving machine: the direction of the spindle axis.
The principle of engraving machine x axis y axis z axis represents the direction of walking?

All the movements of the XYZ three axes of the engraving machine are driven by the motor, and the pulse signal is sent to the motor to drive the engraving machine up and down, left and right to move, which is the principle of the engraving machine movement.

What should I do if the engraving machine's x-axis and y-axis represent the opposite direction?

1. Click on the operating software → right click → select “Properties” → double-click “Find Target” → select “Public” text → open with “WordPad/Notepad”.

2. Select the Y-axis to return to the mechanical origin. The Y= is changed to negative and the negative is changed to positive.

3. Then change XY back to the mechanical origin to change Y= positive to negative, negative to positive.

4, restart after saving.

5. Click the manufacturer parameter and find the axis direction XYZ=-1, the backoff distance X=2, Y-2, Z=-2, and the coarse positioning direction X=-1, Y=1, Z=1.

We have introduced this content around the "direction of the engraving machine x-axis y-axis z-axis". Everyone should understand the axis of the engraving machine very clearly.

What is the performance of the engraving machine?

 Engraving machine is a kind of modern machinery and equipment widely used in advertising, woodworking decoration, stone, metal carving and other industries, bringing great convenience to the entrepreneurs' development. What factors determine the performance of the engraving machine?
    It is mainly determined by the engraving speed, engraving intensity and spot size:
    1. Engraving intensity refers to the intensity of the laser that strikes the surface of the material. For a particular engraving speed, the greater the intensity, the greater the depth of the cut or engraving. You can adjust the intensity with the engraver panel or with your computer's print driver. In the range of 1% to 100%, the adjustment range is 1%. The greater the intensity, the greater the speed. The depth of the cut is also deeper.
    Second, the size of the beam of the engraving machine can be adjusted by using lenses with different focal lengths. Small spot lenses are used for high resolution engraving. Large spot lenses are used for lower resolution engraving, but for vector cutting, it is the best choice. The standard configuration for the new device is a 2.0 inch lens. Its spot size is in the middle and is suitable for all kinds of occasions.
    Third, the engraving speed refers to the speed at which the laser head moves, usually expressed by IPS (inches per second), and high speed brings high production efficiency. Speed ​​is also used to control the depth of the cut. For a given laser intensity, the slower the speed, the greater the depth of the cut or engraving. You can adjust the speed with the engraver panel or with your computer's print driver. In the range of 1% to 100%, the adjustment range is 1%.