According to the research agency - FortuneBusiness based in US, the global market for Medical laser devices was approximately $4.15 billion in 2021, with an estimated compound annual growth rate of 16.8 per cent over the next eight years. In the future, with the gradual upgrading of diversified laser medical market demand, multi-wavelength multi-functional miniaturized medical laser equipment will become the favorite of the medical market, and laser is the core component of laser medical equipment.
Laser is mainly composed of excitation source, gain medium, resonant cavity and other optical device materials, is a comprehensive system composes of many optical materials and components system,, with complex structure and high technical barriers, in which the high-power laser chip is the core component of the laser module. Usually a piece of laser chip can only excite a kind of wavelength of laser. Therefore, the current realization of multi-wavelength laser output can only be accomplished by the collection of multiple laser chips.
Our company has the ability to design and manufacture multi-chip and multi-wavelength laser systems. At present, we have two multi-wavelength laser products, one is multi-functional medical aesthetic laser system, the light source includes intense pulse light (IPL), erbium YAG, Q switch Nd:YAG & KTP and 810nm diode laser, the wavelength range is 450nm-2940nm, which can achieve a variety of skin beauty and treatment functions. Another multi-wavelength laser system, including five wavelengths of blue semiconductor laser and three wavelengths of red semiconductor laser, wavelength covering 402nm~660nm, can be used in different scenarios of scientific research.
On this basis, our company has started to design and develop a new generation of single-chip multi-wavelength laser, that is, one laser chip can excite multiple wavelengths of laser, in the future multi-wavelength laser medical equipment, only one laser can provide different light sources, and the related control system will also be miniaturized, so that multi-wavelength multi-function miniaturized medical laser equipment can be realized. In order to meet the growing demand for medical laser market. The field of non-invasive laser medicine or minimally invasive laser medicine, as a unmet sunrise market, will continue to promote the upgrade of multi-wavelength laser chips, laser chips will be smaller and smaller, laser chips stimulated by the wavelength range will increase, medical treatment and other additional AI functions derived from it will be improved, due to the gradual reduction of cost, The price of continuously upgraded and iterated products changes little or even becomes cheaper, which will better meet the needs of laser aesthetics and medical treatment.
According to the research agency - FortuneBusiness based in US, the global market for Medical laser devices was approximately $4.15 billion in 2021, with an estimated compound annual growth rate of 16.8 per cent over the next eight years. In the future, with the gradual upgrading of diversified laser medical market demand, multi-wavelength multi-functional miniaturized medical laser equipment will become the favorite of the medical market, and laser is the core component of laser medical equipment.
Laser is mainly composed of excitation source, gain medium, resonant cavity and other optical device materials, is a comprehensive system composes of many optical materials and components system,, with complex structure and high technical barriers, in which the high-power laser chip is the core component of the laser module. Usually a piece of laser chip can only excite a kind of wavelength of laser. Therefore, the current realization of multi-wavelength laser output can only be accomplished by the collection of multiple laser chips.
Our company has the ability to design and manufacture multi-chip and multi-wavelength laser systems. At present, we have two multi-wavelength laser products, one is multi-functional medical aesthetic laser system, the light source includes intense pulse light (IPL), erbium YAG, Q switch Nd:YAG & KTP and 810nm diode laser, the wavelength range is 450nm-2940nm, which can achieve a variety of skin beauty and treatment functions. Another multi-wavelength laser system, including five wavelengths of blue semiconductor laser and three wavelengths of red semiconductor laser, wavelength covering 402nm~660nm, can be used in different scenarios of scientific research.
On this basis, our company has started to design and develop a new generation of single-chip multi-wavelength laser, that is, one laser chip can excite multiple wavelengths of laser, in the future multi-wavelength laser medical equipment, only one laser can provide different light sources, and the related control system will also be miniaturized, so that multi-wavelength multi-function miniaturized medical laser equipment can be realized. In order to meet the growing demand for medical laser market. The field of non-invasive laser medicine or minimally invasive laser medicine, as a unmet sunrise market, will continue to promote the upgrade of multi-wavelength laser chips, laser chips will be smaller and smaller, laser chips stimulated by the wavelength range will increase, medical treatment and other additional AI functions derived from it will be improved, due to the gradual reduction of cost, The price of continuously upgraded and iterated products changes little or even becomes cheaper, which will better meet the needs of laser aesthetics and medical treatment.