Select the right gas based on your cutting requirements and verify that the jet is in good shape.
Choose suitable nozzles and lenses, and inspect them to make sure their appearance and cleanliness are intact;
Select your file and place it in the laser. Close the door and hit the GO button. The laser will do the rest!
Laser is a very wide subject of discussion but we will limit ourselves to laser cutting machines in this topic. Bear with us as we brief you about what this intelligent technology is.
Waveguide laser tubes from GSS Machinery are the most advanced in the field. GSS Machinery laser tubes offer the best engraving and cutting results. They have faster switching rates, higher CO2 gas pressure and an optimized beam.
Send your design to a laser. The print driver allows you to choose the laser parameters or the preset material settings from GSS Machinery's extensive library.
Just connect the engraver to your phone or tablet via Bluetooth and you can transfer your designs to a range of light materials. It's capable of engraving most non-metal materials, including wood, leather, paper, bamboo, plastics, and cloth. A pair of safety goggles are included too. While it's not as robust or as feature-laden as number 3 on our list, this is still a solid entry-level engraver.
When it comes to making industry fiber laser engraving machines, Heatsign has emerged as a reliable supplier. This machine of Heatsign supports deep metal engraving and has a large working space. The long work-life of this machine makes it very trustworthy in industrial setups.
Laser cutting is accomplished by using high power density energy generated by a focused laser beam. The CNC controller outputs a high frequency pulsed laser in a pulsed way to create a beam that is a particular frequency and pulse width. The laser beam is transmitted and reflected by the optical path before being focused by the lens group. The part is illuminated by a tiny, high-energy spot. This focal point is found near the surface. At an instant high temperature, the material melts and vaporizes. Each laser pulse causes a small hole to be created in the substrate. With the help of the computer numerical controller, both the substrate and laser head perform continuous relative movement according to the file. The laser head can then cut the substrate into the desired form.
You should debug the equipment several times and set the focus point of your cutting head in a suitable place.
The laser resonator is the powerhouse of any laser cutting machine. It consists of a glass tube with two mirrors placed with their faces facing each other. The tube consists of gases like CO2, hydrogen, nitrogen, and helium.
Next, turn the main switch on the control panel to turn on the main power. Turn the key switch at the control panel. This is specific to each laser and may not apply to others. After startup, the system will quote if all covers with safety circuit breakers have been closed. The machine will turn on once the table has moved all the way down, while the pro-laser head moves to the zero position (located at the upper left corner). The machine is now ready for operation when the LED light flashes steadily and slowly, and there is a sound.
If you have to work with non-metals, try going for CO2 laser cutters and engravers with a power range on the upper side. However, if your requirement is precise work and working on metals or reflective surfaces like steel, aluminum, you need to look for a fiber laser machine.
Fusion Pro has an overhead IRIS camera system that allows you to position graphics accurately and easily. Drag and drop your artwork to your materials for a quick job turnaround.
Laser cutters can cut all types of metals, including mild steel, stainless steel, and nonferrous metals.
'The effect that powerful lasers have on actual flesh varies both with the wavelength, or color, of the light and the duration of the pulses that they produce,' as you might expect. The real discovery of these researchers, however, is that lasers cut flesh by causing a series of overlapping micro-explosions.
A CNC laser cutting machine costs between $2,600.00 and $300,000.00. A CNC laser engraving machine costs between $2,400.00 and $70,000.00.