The basic principle of the operation is to guide the beam of a pro laser beam with high power to melt the materials so that the edge has an excellent surface finish.
Based on the description of the types of laser cutters, let us now take you to the tips and suggestions that might help you while choosing a laser cutting or engraving machine.
The origin of fiber laser is seed laser which is amplified and magnified using special optical fibers. The more common name for fiber laser cutters is a solid-state laser.
It is important to clean the motor ring regularly to maintain the machine's normal operation and precise cutting.
High energy density spots are formed by focusing the laser beam's energies. The medium and extended focusing lens are suitable for thick plates cutting. It also has very low spacing stability requirements. The shorter focusing lens is best suited for thin sheets cutting. This requires high spacing stability of the tracking systems and greatly reduces output power requirements.
The optical path system concentrates the laser beam produced by the laser generator to produce a beam with high power density. The beam is irradiated onto part surfaces to cause them to reach a boiling point. In addition, the beam's high-pressure gas coaxial blows away molten materials. The beam moves in relation to the part. This allows the material to be cut.
CO2 laser cutters cannot cut reflective and conductive materials but the fiber laser can. But, there are certain aspects in which CO2 laser cutters are better than fiber laser cutters. Primarily when the manufacturers have to work on some thicker metals where good edge quality is required, they choose CO2 laser cutters.
A laser generator refers to a component that creates a beam. Fiber laser generators work well with all types and thicknesses of sheet metals. CO2 laser generators work well for plastic, wood, acrylic, leather, foam, thin metals, and fabric.
A cooling unit is a water heater that is used to cool the machine. For example, an electro-optical transformation rate of 33% is used, and approximately 67% is converted into electric energy. To ensure that the equipment runs smoothly, the chiller should be cooled using water.
A fiber generator is the best choice for cutting sheet metal or metal tubes. There are many brands available, including Raycus Raycus Raycus MAX and JPT. If you need to engrave/cut wood, acrylic and leather, a CO2 glass lasertube is the right tool for the job.
An automatic 5 axis laser cutting robot has a price range from $49,000 to $83,500 for flexible 3D dynamic metal cut of multi-angle and multi-dimensional in industrial manufacturing.
First, check that all the connections are correct. This includes power supply, exhaust system, and PC. Visually inspect the condition of your machine. Make sure all machinery is moving freely and there is no material underneath the processing table. Clean the work area, including optical components, and wash them if necessary. You can find more information in the "General Maintenance” section. Check the exhaust system, and if necessary, start the cooling. Verify that the exhaust system's filter and activated carb are installed according to the instructions. After checking, close your protective cover.
When it comes to material handling, you need to know the speeds of your machine. The fiber laser machine works really fast hence handling the material might get tough.
A CNC controller controls the movement of the X, Z, and Y axes and sets cutting parameters like power and speed.
Thickness: A 40W to 45W CO2 laser, such as the Muse Core or 3D autofocus, can generally cut up to 14" thick wood, whereas a 90W tube laser, such as the P-Series PS24 or Muse Titan, can cut up to 12" thick wood.
High-wattage laser cutting machines, on the other hand, are typically much more expensive than entry-level models. Some laser cutter models range in price from $4,000 to $15,000.
Laser power of 80W. A laser can typically cut up to 10mm acrylic and up to 9mm soft woods.