Handheld Laser For Pain

What’s the indications of handheld laser for pain?

Bursitis

Fibromyalgia

Knee Pain

Muscle Pain / Spasms

Shoulder / Rotator Cuff

Tendonitis

TMJ Pain / Dysfunction

Whiplash

Back Pain / Neck Pain

Carpal Tunnel Syndrome

Heel Spurs / Plantar Fasciitis

Migraine Headaches

Nerve Pain / Radiculopathy Sciatica

Sprain / Strain

Tennis Elbow

Trigeminal Neuralgia

What’s the technical parameter of handheld laser for pain?

Model:	COZING-T03
Laser Type:	GaAIAs Diode Laser
Wavelength:	650nm*14+808nm*3
Terminal laser output:	3 laser beams with 808nm, 150mw each laser beam, invisible output 14 laser beams with 650nm, 5mW each laser beam, visible output
Material:	ABS
Working Mode:	Continuous Wave & Pulsed Wave, Adjustable
Battery Capacity:	5600mAh
Power Source:	Battery, Power Adapter, Rechargeable Battery
Input Voltage:	100-240V, 50/60Hz

 

What is the principle of handheld laser for pain?

1.The core technology of our laser therapy devices is based on diode lasers. Thanks to their relatively simple monolithic semiconductor architecture, they are able to convert electrical energy directly into laser light. Diode lasers also offer unique power and wavelength scalability, the combination of which supports a very wide range of medical applications.

2.Different semiconductor compositions enable wavelength selection, which is accomplished by setting the output wavelength to different wavelength ranges – these wavelengths typically provide the desired power level. In this way, most wavelengths of medical interest can be generated, and the wide selection of output wavelengths allows the laser system to be customized to best meet the needs of each specific application; for example, maximizing blood coagulation, tightening collagen, maximizing tissue ablation, maximizing soft tissue penetration depth or limiting it to surface treatments, destroying target cells, and so on.

3.For each of these applications, there is an optimal wavelength or wavelengths that provide the best selectivity; that is, the laser produces maximum results while minimizing any adverse side effects.

 

 

When choosing cold laser therapy, you should be knowledgeable about the research related to the therapy. There is some research to support the use of low-intensity laser therapy for back pain, neck pain, and tendonitis.

1.A 2015 meta-analysis (examining data from a large number of independent studies) found that cold laser therapy had a positive effect on reducing pain in patients with low back pain. However, these studies did not show an increase in functional movement.

2.Another meta-analysis found that the use of cold laser therapy reduced joint pain.4 Another meta-analysis found that the use of cold laser therapy reduced joint pain, but again, did not find that the therapy had any benefit in improving the overall functioning of the patients.

3.If you have tendonitis (inflammation of the tendons that connect muscles to bones) or tenosynovitis (inflammation of the tendons and their surrounding sheaths), your healthcare practitioner may choose to use laser therapy for you.

4.A 2021 meta-analysis of the use of cold laser therapy for the treatment of tendinopathy concluded that “there is very low to moderately high-quality evidence that photobiomodulation (cold laser) can be used as a stand-alone and/or adjunctive therapy for the treatment of tendinopathy.”

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