How to position a laser engraving machine

The material should also be squared up, using the gap between one edge of the material and the tool directly to square up the material.After alignment, the material is fixed in place.Then the next task is to determine the origin of the workpiece of the material. x-direction and y-direction are determined in the same way here we will only say x-direction.First of all, through the fine-tuning of the tool slowly close to the left side of the material, gently rotate the tool by hand until the tool just touches the material can be, and then the left side of the X workpiece at this time to clear the zero, and then lift the tool, move to the right side of the tool, the same tool just touches the material on the right side can be, write down at this time the X coordinates of the workpiece.Then the general position of this value is the centre of the material X. Y direction is the same reason.　　Computer engraving machine has laser engraving and mechanical engraving two categories, these two categories have high power and low power points.Because the engraving machine has a very wide range of applications, it is necessary to understand the most appropriate application of various engraving machines:

1, badges: low-power laser engraving machine (engraving machine), high-power or low-power computer engraving machine;

2, architectural models: high and low power computer engraving machine;

3, metal (moulds, chapters, etc.) processing: high and low power computer engraving machine (high power due to more time saving per cutting);

4, crystal word production: high-power laser engraving machine (more than 50W), high-power mechanical engraving machine;

5, wood, plexiglass, artificial stone and other signage production: high-power mechanical engraving machine;

6, display, exhibition model production: high-power, large format mechanical engraving machine.