ASM laser cutting machine LASER1205

ASM laser cutting machine LASER1205 is a high-performance laser cutting equipment with the following features and specifications:

‌ Dimensions ‌: The dimensions of LASER1205 are 1,000mm wide x 2,500mm deep x 2,500mm high.

‌ Operating speed ‌: The equipment has a fast moving speed of 100m/min.

‌ Accuracy ‌: The positioning accuracy of the X and Y axes is ±0.05mm/m, and the repeatability accuracy of the X and Y axes is ±0.03mm.

‌ Working stroke ‌: The working stroke of the X and Y axes is 6,000mm x 2,500mm to 12,000mm x 2,500mm.

‌ ‌ Technical parameters ‌:

‌ Motor power ‌: The motor power of the X axis is 1,300W/1,800W, the motor power of the Y axis is 2,900W x 2, and the motor power of the Z axis is 750W.

‌ Working voltage ‌: Three-phase 380V/50Hz ‌.

‌Structural parts‌: steel structure‌.

‌Application areas‌:

LASER1205 is suitable for cutting various metal materials, including carbon steel plates, stainless steel plates, aluminum plates, copper plates, titanium plates, etc. Its high-precision and fast cutting characteristics make it have a wide range of application prospects in industrial production.

‌The working principle of ASM laser cutting machine LASER1205‌ is to achieve cutting through the high-power density energy generated by laser focusing. The laser cutting machine uses a laser beam to irradiate the surface of the workpiece, and focuses the laser on a very small spot through a focusing lens group. The power density at the spot is extremely high, and the material can be locally heated to thousands or even tens of thousands of degrees Celsius in a very short time, so that the irradiated material can be quickly melted, vaporized or reach the ignition point‌.

‌The specific working process‌ includes the following steps: ‌Laser generation‌: Laser is a kind of light generated by the transition of atoms (molecules or ions, etc.), with very pure color, almost no divergence directionality, extremely high luminous intensity and high coherence‌.

‌Energy focusing‌: The laser beam is conducted and reflected through the optical path, and is focused on the surface of the object being processed through the focusing lens group, forming fine, high-energy density light spots.

‌Material melting and vaporization‌: Each high-energy laser pulse instantly melts or vaporizes the processed material at high temperature to form tiny holes.

‌Cutting control‌: Under the control of the computer, the laser processing head and the processed material perform continuous relative motion according to the pre-drawn graphics to process the object into the desired shape.