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Multifunctional laser therapeutic machine

A laser treatment and multi-functional technology, applied in the direction of treatment, lasers, laser parts, etc., can solve the problem of single output mode

Active Publication Date: 2009-06-17
SHENZHEN TIANJIQUAN HEALTH SCI & TECH GRP CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

At present, a variety of dual-wavelength laser therapy machines have been developed in China, such as the 2940nm and 1064nm dual-wavelength laser therapy machines using Er:YAG and Nd:YAG disclosed in Chinese patent 1704028A and the use of Nd:YAG disclosed in Chinese patent 00103958.X Crystal 1319nm and 1338nm transition dual-wavelength laser therapy machines, etc. These laser therapy machines can simultaneously output lasers of two wavelengths for treatment, but they can only output continuous or pulsed or Q-switched lasers, and the output mode is single
And Chinese patent 1480107 discloses a kind of multifunctional laser treatment machine, adopts color center YAG crystal as Q-switching crystal, so that the laser treatment machine can work in continuous, long pulse and short pulse mode, strengthen the function of the laser treatment machine, But this kind of treatment machine can only output single-wavelength laser, and it is impossible to expand its application range by utilizing the different characteristics of different wavelength lasers on biological tissues.

Method used

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Examples

Experimental program
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Effect test

example 1

[0022] Example 1. Using Nd:GdVO 4 Laser crystal, side pumped by 808nm LD, the first reflector is coated with 1.342 micron total reflection and 1.064 micron anti-reflection coating, the first output coupling mirror is coated with 1.342 micron partial transmission and 1.064 micron anti-reflection coating, The first acousto-optic Q switch is coated with an anti-reflection film for both 1.342 and 1.064 microns; the second mirror is coated with a fully-reflective film for 1.064 microns, and the second output coupling mirror is coated with a partial transmission for 1.064 microns and an anti-reflection film for 1.342 microns film; the second acousto-optic Q switch is coated with a 1.064 micron anti-reflection film. According to the control method shown in Figure 2, six types of laser output, 1.064 micron and 1.342 micron single-wavelength continuous, Q-switched, dual-wavelength quasi-continuous and Q-switched, can be output through the optical fiber for treatment.

example 2

[0023] Example 2. Using Nd:YAG laser crystal, side pumped by 808nm LD, the first reflector is coated with 1.319 micron total reflection and 1.064 micron anti-reflection film, and the first output coupling mirror is coated with 1.319 micron partial transmission and opposite 1.064 micron anti-reflection film, the first acousto-optic Q switch is coated with anti-reflection film for both 1.319 and 1.064 micron; the second mirror is coated with 1.064 micron full reflection film, and the second output coupling mirror is coated with 1.064 micron partial transmission , 1.319 micron anti-reflection film; the second acousto-optic Q switch is coated with 1.064 micron anti-reflection film. According to the control method shown in Figure 2, six types of laser output, 1.064 micron and 1.319 micron single-wavelength continuous, Q-switched, dual-wavelength quasi-continuous and Q-switched, can be output through the optical fiber for treatment.

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Abstract

A multifunctional laser therapy apparatus relates to a multifunctional laser therapy device, which utilizes neodymium crystal with multi-passage transition property, and partially separates resonant cavity optical paths of laser with 1micron and 1.3 microns wavelengths. The multifunctional laser therapy device is characterized in that a 1 micron acousto-optic Q-switch is arranged in the 1 micron resonant cavity optical path, a 1.3 microns acousto-optic Q-switch is arranged in a common resonant cavity optical path of the optical paths with two wavelengths to control the laser with two wavelengths, switching on and off of the acousto-optic Q-switch is controlled by an extra signal generator, thereby achieving functions of optical switching and Q- adjusting, realizing six types of different output including two types of single wavelength continuous laser, two types of single wavelength Q-adjusting laser, double-wavelength quasi-continuous laser and double wavelength Q-adjusting laser, then one laser therapy apparatus device can output six types of output, thereby greatly widening application scope of the laser therapy apparatus device, and further, only one laser bar and one set of pump and cooling system are utilized, thereby saving cost.

Description

technical field [0001] The invention relates to a multifunctional laser therapy device. Background technique [0002] Lasers are widely used in medicine, and lasers with different wavelengths and different output forms have different therapeutic effects and indications. Therefore, laser therapy machines with multiple wavelengths and multiple output modes have wide application in medical treatment, are easy to use, The advantages of high price-performance ratio. At present, a variety of dual-wavelength laser therapy machines have been developed in China, such as the 2940nm and 1064nm dual-wavelength laser therapy machines using Er:YAG and Nd:YAG disclosed in Chinese patent 1704028A and the use of Nd:YAG disclosed in Chinese patent 00103958.X Crystal 1319nm and 1338nm transition dual-wavelength laser therapy machines, etc. These laser therapy machines can simultaneously output lasers of two wavelengths for treatment, but they can only output continuous or pulsed or Q-switched...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01S3/08H01S3/10H01S3/11H01S3/16H01S3/00A61N5/067A61B18/20
Inventor 张戈黄呈辉魏勇黄凌雄朱海永
Owner SHENZHEN TIANJIQUAN HEALTH SCI & TECH GRP CO LTD
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