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CHRONIC PAIN

LASER HAIR THERAPY

SKIN THERAPY

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810nm  1400mw          660nm  120mw

option: 6 different probes
All six probes can be used at the same time.
This is the only unit in the market with this feature.

660nm 1000mw        460nm 1500mw

Available in:

  • 635nm 400mw and 665nm 500mw/1000mw

  • 810nm 1000mw/2000mw

 

 

The Use of Cold Laser Therapy in Medicine-

The Healing Power of Light 

 Pain Relief (muscles, joints, nerves)
 Whiplash
 Plantar fascitis
 Wound Healing
 Trauma
 Arthritis
 Migraine headaches Lower back pain
 Repetitive Stress Injuries (RSI)
 Carpal Tunnel Syndrome (CTS)
 Tendonitis
 Fibromyalgia / Myofascial Pain
 Sprains and strains

Sports Injuries:  Neck Pain, Heel Pain
 

 Post-operative pain
 Post-operative wounds
 Knee, foot, ankle pain
 Tennis Elbow
 Golfer's Elbow
 TMJ
 Soft tissue injuries
 Swelling
 Burns
 Pressure sores
 Herpes simplex
 Acne
 Rotator Cuff Injury

Alcohol Addiction

Smoke Addiction

Food Cravings

Full Acupunture

What is Laser therapy used for?

Laser therapy has many different indications. The book Laser Therapy-Clinical

Practice and Scientific Background by Turner and Hode has references to many articles that have been written on the beneficial effects of laser therapy. Laser therapy has been shown to relive pain, resolve inflammation and increase the quality and speed of tissue repair. It has also been shown to stimulate the immune system, resolve infection and improve the function of damaged nerve tissue. As a result, you can see how it has so many uses in a podiatry practice. We use it on tendonitis, plantar fasciitis, wounds (chronic and post operative) and neuropathy to mention just a few.
 

How does Laser Therapy work?

How is it possible that one modality can have a positive effect on so many

different tissues? The answer is that it works on the cellular level. The photons, which are the packets of light energy from the laser, penetrate through the skin and into the cells. The cells are then able to convert this light energy to chemical energy that is able to promote healing and pain relief. The light energy is absorbed in the cytochromes (receptors in the cell) As a result of this; the rate of ATP production from the cell is increased. This brings the rate of cell metabolism from a depressed rate, as is the case in damaged tissue, to a normal level. As a result of this increased cell metabolism, many different biological effects may occur. One is that cell growth is stimulated among all different tissues; tendon, bone, skin, nerve and muscle can all be affected. Laser light has been shown to regenerate nerve cells and stimulate nerve function. There has been shown to be an increase in prostaglandins, enzymes and cellular products after laser therapy. Angiogenesis can occur as well as a reduction of fibrous tissue formation, which is beneficial to healing of chronic wounds. The end result of all of these biological effects is reduction of pain, resolution of inflammation and increased tissue repair.

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