Laser: In a general mechanical workshop, most lasers can cut metal of about 2 cm, but the thickness of the cutting material also varies according to the metal. The melting point and thermal conductivity of the metal will affect the thickness of laser pointer cutting; the advantages of laser cutting machines The reason is that it can cut thinner materials at much higher speeds than water jets.
Waterjet: The cutting width of the waterjet is about 0.7 mm, and the cutting surface is very thin. In some cases, it almost reaches the quality of the machine, but there will be some errors from the top to the bottom of the slit. The thicker the material, the error will be Bigger.
Laser: The cutting error of laser is much smaller than that of waterjet. When cutting tight geometric shapes on small parts or when parts need to be nested tightly together, laser cutting can be achieved, and laser cutting can cut the surface of the profile. It is cleaner and smoother, but it will leave some streaks as the thickness or speed increases.
Waterjet: Waterjet cutting is a precise and versatile cutting method that can cut a wide range of materials and thicknesses. Although the speed of waterjet is not as fast as laser in some materials, it can provide high cutting quality. There is no heat that affects the material.
Laser: Laser cutting is very fast and accurate, but it depends on the material and thickness. In general, the speed and accuracy of the laser are very high. For thicker materials or materials that will be affected by heat, it is best to find another cutting method.
Waterjet laser cutting. With the emergence of new materials such as carbon fiber reinforced polymers and ceramic matrix composites, the machining of these new materials has become a problem. Both waterjet and green laser pointer cutting have some shortcomings. In order to meet this challenge, waterjet laser cutting technology has been developed to process such advanced composite materials.