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Nowadays, the technology of LED lighting products is becoming more and more mature, the luminous efficiency of LED chips is continuously increasing, and the cost is continuously decreasing. And in the context of energy conservation and environmental protection and the government's vigorous publicity, the concept of consumers around the world is also changing. All of this is conducive to the popularization and promotion of LED lighting.

As an advanced processing technology, lasers use high-energy-density beams to precisely cut sapphire materials with unparalleled advantages.

LED sapphire substrate has many advantages: First, the production technology of sapphire substrate is mature and the device quality is good. Secondly, sapphire has good stability and can be used in high temperature growth process. Finally, sapphire has high mechanical strength and is easy to handle. Cleaning.

The hardness of sapphire is very high. Its hardness is second only to diamond in natural materials, but it needs to be thinned and cut during the fabrication of LED devices. The cutting precision is calculated in μm, which is for sapphire substrate cutting. The process requirements set a very high test.

This LED sapphire substrate laser cutting automatic processing station has a fully automatic loading and unloading system, which significantly reduces labor costs and improves production efficiency. At the same time of high stability and high yield, it ensures better operability and ease of use.

1. Fully automatic loading and unloading, reducing labor costs and improving production efficiency;

2. Equipped with imported ultra-fast laser and laser focusing system with Huagong Technology's intellectual property rights, the beam quality is stable and the cutting effect is good;

3. With optical marble platform, high-speed high-precision linear motor, vacuum suction system and professional cutting control software, the processing speed is fast and the production yield is high;

4. Coaxial CCD auxiliary monitoring system, with coaxial imaging alignment function and coaxial ranging function, friendly operation interface and high operating efficiency.