Laser cutting machine manufacturers
learned: Recently, the 8th China Optics Valley International Laser Summit was held in Wuhan. At the meeting, the China National Laser Processing
Industry Technology Innovation Strategic Alliance and the Lithuanian National Laser Technology Innovation Alliance signed a strategic agreement to strengthen the ultra-fast Cooperation and exchange on high-end core technologies such as lasers.
Laser is a new light source in the 1960s. Lasers are widely used due to their good directivity, high brightness, and good monochromaticity. The cooperation between China and Lithuania in laser technology is due to Lithuania's internationally advanced laser technology. Laser processing
is one of the most promising areas for laser applications. More than 20 laser processing
technologies have been developed.
With the continuous development of laser technology, the scope of laser applications has continued to expand, and laser technology has continuously emerged in our lives; in the medical field, lasers can produce high-energy, focused and accurate monochromatic light, which has a certain penetrating power. In corneal surgery, laser cutting surgery, laser peeling and so on.
The laser has good space control and time control. It has great freedom in the material, shape, size and processing environment of the processing object. It is especially suitable for automated processing, so it is widely used in cutting and punching of metal and non-metal materials. Holes, grooves, marking, welding, laser rapid prototyping, laser etching, doping and oxidation.
Lasers have effects such as ablation, gasification, and radiation. They are also widely used in the military field, and they are used on powerful weapons such as air defense, anti-tank, and bomber. In addition, laser technology is also widely used in clothing, embroidery on leather surfaces, projection equipment in the field of office display and 3D and plasma, future holographic displays and OLED screens.
With the further development of laser technology, the requirements for infrared, semiconductor, and hardened surface treatment will become higher and higher. It is well known that germanium has good semiconductor properties and is widely used in the fields of new energy, optoelectronics, especially fiber optic lamps; indium is used in optoelectronics. The applications in the aerospace and display fields are also becoming more prominent; the use of tungsten and cobalt in cutting, the large area of cemented carbide, and the use of bismuth and gallium in the field of semiconductor material thin film are increasing.
The application of these rare metals in the field of laser technology will be more widely used as the research continues. As the world's largest rare metal exchange --- Kunming Pan Asia Nonferrous Metals Exchange sets a precedent in the field of rare metals. Since indium, bismuth, germanium, tungsten, cobalt, gallium and other metals traded on the Pan Asia platform have been listed and traded, Popular with people from all walks of life, the platform's investment and financing scale, transaction volume and settlement volume have reached record highs. With the rapid advancement of laser technology, laser cutting machines
, laser engraving machines
, laser marking machines
, laser equipment
brand manufacturers -Dongguan Heli Laser Equipment
Co., Ltd. will have broad investment prospects for rare metals.