Newly developed laser treatment instrument in China
2021-04-26 03:01:47
Laser treatment instrument newly developed in China Date:2014-08-01 16:14
In recent years, a short-pulse, high-energy CO2 laser treatment machine has been developed. In the surgical cutting, damage to the surrounding tissues is small, especially in the cosmetic surgery such as smooth skin, which has attracted the attention of domestic laser medical workers and manufacturers. The key to the development of Nd-YAG laser treatment machines is the expectation of the birth of semiconductor-pumped Nd-YAG laser treatment machines, which will greatly accelerate the popularity of Nd-YAG laser treatment machines. In the 90s of this century, new breakthroughs have been made in high-power lasers. Excimer lasers have the characteristics of short wavelengths and high power, and they have good application prospects in medical care. Titanium-doped sapphire lasers have been hotly studied by various countries in the past decade. Ti:sapphire laser is a tunable solid-state laser that can replace dye lasers in a larger range of applications. The small thermal damage of the Ho:YAG laser may replace the Nd:YAG laser. The efficient cutting of erbium laser (Er:YAG), which facilitates the transmission of optical fiber, is expected to replace the CO2 laser. Free electron laser is one of the contemporary high technologies. Its greatest feature is that the wavelength of the output light has a wide range of adjustment. In medical applications, it can cover a considerable part of the wavelength of the laser. The semiconductor laser will become the main light source for medical laser instruments. The semiconductor laser has a small size, a low price, a high efficiency, a long life, and a simple power supply structure, and these advantages are used as main measures for improving the laser medical instrument. The development of semiconductor lasers will open up broader applications for the miniaturization of medical lasers. In the application of low-power lasers, in addition to the He-Ne excitation, a milliwatt-class pocket-sized semiconductor laser has been developed abroad for laser stimulation. In addition, domestic use of pulsed YAG laser as a weak laser has been reported for acupoint irradiation. Weak laser intravascular irradiation (ILIB) has attracted extensive attention at home and abroad due to its wide range of treatment and better efficacy. However, there are still a large number of theoretical and technical problems to be explored and perfected for the study of the mechanism of the treatment of circulating blood with weak laser radiation, the observation of its long-term efficacy, and the automation and intelligence of the corresponding therapeutic apparatus. 3 magnetic therapy equipment In addition to the daily use of magnetic therapy machines, such as alternating magnetic, gyromagnetic, pulsed magnetic therapy instrument, magnetic therapy equipment toward large-scale, with comprehensive health care direction. In addition, the application of high-intensity magnetic fields for the treatment of malignant tumors has also received more attention. Due to the new development of magnetic field and magnetic material physics, high-intensity pulsed magnetic fields will be used in medical applications for new developments. A magnetic device for generating a magnetic field by a high-temperature superconductor can be placed in some places for a long period of time, and its changing magnetic field can control the emotions of the affected person, so that depression can be greatly controlled. Pulsed magnetic fields may have a therapeutic effect on drug addiction. This potentially important application of magnetic fields is to replace psychopharmaceuticals without side effects. 4 Ultrasonic treatment equipment Utilizing some of the special properties of ultrasound, various therapeutic instruments can be developed.
In recent years, a short-pulse, high-energy CO2 laser treatment machine has been developed. In the surgical cutting, damage to the surrounding tissues is small, especially in the cosmetic surgery such as smooth skin, which has attracted the attention of domestic laser medical workers and manufacturers. The key to the development of Nd-YAG laser treatment machines is the expectation of the birth of semiconductor-pumped Nd-YAG laser treatment machines, which will greatly accelerate the popularity of Nd-YAG laser treatment machines. In the 90s of this century, new breakthroughs have been made in high-power lasers. Excimer lasers have the characteristics of short wavelengths and high power, and they have good application prospects in medical care. Titanium-doped sapphire lasers have been hotly studied by various countries in the past decade. Ti:sapphire laser is a tunable solid-state laser that can replace dye lasers in a larger range of applications. The small thermal damage of the Ho:YAG laser may replace the Nd:YAG laser. The efficient cutting of erbium laser (Er:YAG), which facilitates the transmission of optical fiber, is expected to replace the CO2 laser. Free electron laser is one of the contemporary high technologies. Its greatest feature is that the wavelength of the output light has a wide range of adjustment. In medical applications, it can cover a considerable part of the wavelength of the laser. The semiconductor laser will become the main light source for medical laser instruments. The semiconductor laser has a small size, a low price, a high efficiency, a long life, and a simple power supply structure, and these advantages are used as main measures for improving the laser medical instrument. The development of semiconductor lasers will open up broader applications for the miniaturization of medical lasers. In the application of low-power lasers, in addition to the He-Ne excitation, a milliwatt-class pocket-sized semiconductor laser has been developed abroad for laser stimulation. In addition, domestic use of pulsed YAG laser as a weak laser has been reported for acupoint irradiation. Weak laser intravascular irradiation (ILIB) has attracted extensive attention at home and abroad due to its wide range of treatment and better efficacy. However, there are still a large number of theoretical and technical problems to be explored and perfected for the study of the mechanism of the treatment of circulating blood with weak laser radiation, the observation of its long-term efficacy, and the automation and intelligence of the corresponding therapeutic apparatus. 3 magnetic therapy equipment In addition to the daily use of magnetic therapy machines, such as alternating magnetic, gyromagnetic, pulsed magnetic therapy instrument, magnetic therapy equipment toward large-scale, with comprehensive health care direction. In addition, the application of high-intensity magnetic fields for the treatment of malignant tumors has also received more attention. Due to the new development of magnetic field and magnetic material physics, high-intensity pulsed magnetic fields will be used in medical applications for new developments. A magnetic device for generating a magnetic field by a high-temperature superconductor can be placed in some places for a long period of time, and its changing magnetic field can control the emotions of the affected person, so that depression can be greatly controlled. Pulsed magnetic fields may have a therapeutic effect on drug addiction. This potentially important application of magnetic fields is to replace psychopharmaceuticals without side effects. 4 Ultrasonic treatment equipment Utilizing some of the special properties of ultrasound, various therapeutic instruments can be developed.
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