First, the wood is not carved or in its normal form, which is what is called a commodity of a certain size
Here you take one of them and we take its coordinates from the length and width, for example, these coordinates are 555 millimeters by 400 millimeters, but we will only print a part of it specified in 150 millimeters on 460 millimeters
After taking the coordinates, we move on to the first program
In this program, we give the coordinates of the area that will be printed in the x and y fields
This program allows you to choose a lot of shapes from which you chose this drawing and adjust it to fit the required size .
After choosing and modifying it, but we need the program that simulates the laser machine, and to move to this stage, the drawing must be taken in the dxf format
Here we take the file for the following program
Now we are nearing the end, we just have to check the shape through the emulator
We now move to the laser machine, and Eta confirms it through its small screen
Now we move to manual work and put the laser in the place where the laser works and fix it because it does not move while working on it
We're done, don't you just hit the start button and watch
And the end will be like this:
I'm curious how much a machine like that can cost? Does it also work on other mediums like paper?
Yes, it costs a little, its price reaches 5000 USD, and yes it works on aluminum, wood, cardboard, leather and paper.
That's a lot of money!
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