Deep-sea fishing technology, deep-sea fishing technology is supported by the deep seabed mining engineering work and underwater technology. Focus on deep underwater vehicle technology, life support systems technology, high specific energy power plant technology, high-fidelity sampling and remote transmission of information technology, deep-sea fishing equipment, manufacturing technology and deep space station technology. 9, cutting-edge technology of laser technology (1), including laser technology, laser technology and laser application technology. All 100mW laser pointer products we provide to users are the best.At present the development of more mature and more extensive applications of lasers are semiconductor lasers, carbon dioxide lasers and solid-state lasers. Laser technology is developed in the early 1960s, atomic physics, quantum theory, optics and electronics technology based on a high-tech. Laser technology in industry, agriculture, health, communications, aerospace and military fields has been a large number and wide range of applications. (2) The scope of the study: (1) laser technology; (2) application of laser technology; the study of laser is divided into three parts: the working substance; cavity; excitation source; array. (3) development: 60 years - this demand for power: a laser light by stimulated emission of radiation, it has a high brightness, strong directional, very pure color, coherence and good, in many areas have a wide range of application prospects.To give customers more colorful 10mW blue violet laser pointer, our company has been continuously reforming the products. May 17, 1960, the world's first ruby laser was born. It is based on Einstein's 1917 theory of stimulated emission of substances made of. After the rapid development of laser technology together. Main features: First, the development of a variety of lasers since the birth of the first laser, laser technology, laser technology has been an important part, has been developed hundreds of lasers. By the working substance can be classified into: solid-state lasers, gas lasers, semiconductor lasers. Currently the most active areas of solid-state laser diode pumped solid state laser topic is the corresponding semiconductor laser diode lasers it has become an important development direction of gas lasers in CO2 laser studies with the most mature and fastest growing. To give customers better experience of 200mW Laser Pointer use, our company has been improving the product quality.The study of the laser include the following aspects: 1 study work and choice of material (2) pump technology research 3 laser design and manufacturing processes Second, to promote a number of applications from the date of production of laser is the need for a practical application. Promotion of laser technology has been used in agricultural, industrial, medical, scientific research, military weapons and space technology and other fields, has brought huge benefits, especially in the military field, play an important role, can be used for guidance, the measured distance, communication, radar, laser weapons. Typical results and products: 1. Spectroscopy laboratory continuous-wave diode 680nm wavelength of the eight arrays, the output power of 8.5W (diode laser) 2.JTT small international companies, type NYAB self-frequency doubling laser and blue laser light, using LiTaO3 waveguide frequency 860nm diode laser output, the output power of 0.5mw (diode pumped solid state laser) (4) current levels and trends since May 17, 1960 after the birth of the first ruby laser, laser technology has been rapid development of laser technology is widely used in national defense, industrial, medical and other fields.Our company has also developed variety of new green laster pointer products. Laser is an important part of laser technology, laser technology is the basis for the development. For three decades, lasers have been developed into hundreds of different classification we introduce below some of the latest laser dynamics: 1 solid-state lasers: the application of scientific research, the solid-state lasers (eg Nd: YAG and Nd: YLG) technology is currently more mature.