Komal Electrotech Private. Limited

Madhupura, Ahmedabad, Gujarat

KET Flatbed UV Laser Engraving machine Integrating several high technologies, such as high-power laser diode, 32-64 channels fiber coupling, optical power balancing, constant temperature controlling by TEC and so on, output resolution 720dpi, can manufacture complex moire patterns.

By using semiconductor constant temperature controlling, the machine can work for a long time under the ordinary room temperature. Optical power balancing system can optional sets laser intensity, adjusting the balance of each laser powerautomatically, in order to achieve the best exposure efficiency, extend the using life of laser diode.

KET Rotary UV laser engraving machine have Integrating several high technologies , such as 405nm laser diode, fiber dot-matrix, automatic focusing, light-power balancing, constant temperature controlling and so on, it provides revolutionary power for finer screen engraving. The new generation of laser engraving machines contains modern UV light sources. These LED light sources are integrated. This improves the stability and the lifetime of the fully encapsulated light source drastically. This is the most efficient method to produce the highest quality rotary screens for textile printing in the market today.

Competitive Advantages:

1. Noiseless Operations
2. No Maintainance & Low power consumption
3. Easy installation and Operatiion
4. High reliability & superrior Quality
5. No consumable parts requires like printer head, ink, Dumper etc.

The Digital Printing Laser Engraver, which is creative and advanced at home and abroad, applies to rotary screen-printing and integrates laser technology, precision mechanism manufacture technology and computer control technology. Laser controlled by digital information from color separation system engraves points on the nickel screen coated with sensitive glue to make the digital information reduced in lattice and by making use of the function of laser instantaneous ablation, we can obtain quires patterns.