DOWIN CNC

The advantages of carbon dioxide laser engraving machines when engraving objects are very obvious: low cost and not limited by the number of processing. For low volume machining services, laser machining is cheaper.
The materials that CO2 laser engraving machine can cut and engrave include wood, acrylic, paper, cloth, epoxy, plastic, rubber, crystal, etc.
3040 CO2 laser engraving and cutting machine is small in size and does not take up space, it is very suitable for DIY or home studio use

The CO2 laser engraving machine has obvious advantages in processing:
1. Energy saving and environmental protection: the diameter of the beam and the spot is small, generally less than 0.5mm; the cutting process saves materials and is safe and hygienic;
2. Consistent effect: ensure that the processing effect of the same batch is completely consistent.
3. High-speed and fast: high-speed engraving and cutting can be performed immediately according to the pattern output by the computer.

The advantages of co2 laser engraving machine processing:
1. Wide range: carbon dioxide laser can engrave and cut almost any non-metallic material. And it’s cheap!
2. Safe and reliable: non-contact processing will not cause mechanical extrusion or mechanical stress to the material. No “knife marks”, no damage to the surface of the workpiece; no deformation of the material;
3. Precise and meticulous: the machining accuracy can reach 0.02mm

Laser engraving is to use the computer to control the x-y console to drive the laser head to move, and to control the laser switch as needed. The image information processed by the software has been stored in the computer in a certain way. When the information is sequentially read from the computer, the laser head scans back and forth line by line from left to right and top to bottom along the scanning track.
The 3040 laser engraving machine meets the engraving needs of most materials, such as wood, acrylic, etc.

The co2 laser engraving machine is an engraving machine using co2 laser technology. This type of laser equipment is a general-purpose model with a rear focus method, small size and high degree of integration.
The laser beam is transmitted and focused on the surface of the material by the optical mechanism, and the material at the action point of the high-energy density laser beam is rapidly vaporized to form pit points, thereby realizing engraving and cutting.

CO2 laser engraving and cutting machines are widely used in life, and most materials and industries use CO2 laser engraving machines
Applicable materials:
CO2 laser cutting and engraving machine is usually used for non-metallic materials such as acrylic, wood, leather, paper, plexiglass, rubber, etc.
Applicable industries:
Rubber, plastic, cloth toys, leather, computerized embroidery cutting, molds, handicrafts, bamboo and wood, advertising and architectural decoration, packaging and printing, paper products.

The advantages of co2 laser engraving machine processing:
1. Saving and environmental protection: the diameter of the beam and the spot is small, generally less than 0.5mm; the cutting process saves materials and is safe and hygienic;
2. Consistent effect: ensure that the processing effect of the same batch is completely consistent.
3. High-speed and fast: high-speed engraving and cutting can be performed immediately according to the pattern output by the computer.

The advantages of co2 laser engraving machine processing:
1. Wide range: carbon dioxide laser can engrave and cut almost any non-metallic material. And it’s cheap!
2. Safe and reliable: non-contact processing will not cause mechanical extrusion or mechanical stress to the material. No “knife marks”, no damage to the surface of the workpiece; no deformation of the material;
3. Precise and meticulous: the machining accuracy can reach 0.02mm

The co2 laser engraving machine is an engraving machine using co2 laser technology. This type of laser equipment is a general-purpose model with a rear focus method, small size and high degree of integration.
The laser beam is transmitted and focused on the surface of the material by the optical mechanism, and the material at the action point of the high-energy density laser beam is rapidly vaporized to form pit points, thereby realizing engraving and cutting.