Due to the increasing demand for multiple engraving head processing in the market, in order to cope with various needs, Central-laser provides multi-system, multi-card, multi-head solutions.

What is multi-system?

"Multi-system" means that more than 2 software and corresponding No. of control cards can be executed simultaneously on a computer system. Each independently executed software and control board opens its own picture file and performs marking. and other systems that are being implemented, without affecting each other.

▶ Applications

    · Machining multiple faces or different positions of the same workpiece at the same time.
    · Multi-line integration, integrating computers from multiple production lines into 1, convenient to give commands to all production lines at once.

▶ Benefit

    · Reduce costs, because only one computer can control 15 marking machines, can be save the cost of 15 computers.
    · Multiple marking machines can be integrated together for easy management.

Working diagram

The laser unit requires the marking operation to start and stop at the same time, and ensure that the position and information of the barcode and 2D code marked on both sides are the same.

Markable material

Uv laser marking machine is a PRO laser marking equipment that integrates light, machine and electricity. It can be widely used in the marking of metal and non-metal materials, such as: nylon, ABS, PVC, PES, iron, steel, etc. Al, Mg, Zn, Ti, Cu, gold, silver, electroplating materials, coating materials, spraying materials, plastics, rubber, epoxy resin and other surfaces are permanently marked.

UV has particularly obvious advantages over general laser marking machines:

1：High ABS, high contrast engraving of various materials

Compared with optical fiber (IR/1064nm) or green light (SHG/532nm), UV laser has a higher ABS rate of the material, and the engraved surface has ABS of irradiated light.

High visibility tone engraving can be achieved without boosting power.

2: High stability, not affected by material changes

3: Micro-engraving with a very small spot diameter in a limited space

The wavelength of light has a great influence on the spot diameter of the laser. Since the UV wavelength (355nm) is 1/3 of the fiber wavelength (1064nm), the spot size can be more evenly concentrated, and it can be engraved in time in a limited space.

4: Reduce damage by photolysis

UV lasers have large photon energies and can perform photolysis treatment that directly cuts the bonds between molecules. Therefore, it is possible to engrave and reduce damage processing without heating the surface.

Specifications