Formidable Technical Moveable 3D Scene Crystal Laser Engraving Machine

LD-EG-602A Rapid Scanner Laser Subsurface Engraving Machine is used to engrave 2D, 3D images or individual figures in crystal and glass products. It could work for a large scale production of 2D, 3D animals & plants, architectures, models such as car, boat, airplane etc, and 3D scene show.

Advantage:

LD-EG-602A Rapid Scanner Laser Subsurface Engraving Machine adopts the advanced galvanometer scanner technology together with 2KHz diode-pumped YAG frequency doubling laser which is faster, the laser point is more thin and bright, the image also will be more elaborate and lively. The key parts of the apparatus mainly come from Germany and the USA. It is more reasonable and steady for long-term production. This machine has the software developed independently connected with 3D Camera what can fine engrave 3D portrait. The smaller size and lighter weight can be carried and fixed easily, and the protective package can keep the machine well. This machine is suitable for individual production and batch fast process. Just one machine could be satisfied with capacity for both storefronts network distribution and electric-business distribution.

Technique Specification:

Item                  Parameter

Laser Wavelength                532nm

Laser Frequency                 2 KHz

Maximum Engraving Speed        100000-140000dots/min

Maximum Engraving Range        100mm*100mm*100mm

Power of the whole machine        1KW

Electricity of the whole machine     7A

Continuous working time           12hrs

Number of Laser Heads            1

Control System                  Galvanometer Scanner Technology, DSP, 3 Dimension

Cooling System                  Air Cooler/ Water Cooler

Weight of the whole machine       65Kg

Size of the whole machine         580mm×550mm×700mm

Standard lifetime                 more than 20000 hours

Engraving time for the crystal 50X50X80mm      About 2.5 min.

Engraving time for the keychain 30X20X15mm    About 0.7min.

Samples Charts: