Deep Tissue Laser Therapy is a scientifically proven way to reduce pain and inflammation.

Treatments are fast, safe, painless and most patients experience results after only a few sessions.

DTLT allows for deeper tissue penetration, resulting in fast efficient and consistent results.

Laser therapy generates a photochemical response in damaged tissue by a process called photobiomodulation. This process stimulates healing on a cellular level by enabling cells to more rapidly produce energy (ATP).

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WHAT CONDITIONS CAN LASER THERAPY TREAT?

 

• Whiplash

• Knee pain

• Frozen shoulder

• Tennis/Golfer's Elbow

• Runner's knee

• Plantar Fasciitis

• Carpal Tunnel Syndrome

• Sciatica

• Osteoarthritis

• Achilles Tendonitis

• Sprains and strains

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ADVANTAGES OF LASER THERAPY

 

• ​Non-toxic

• Non-invasive

• Easy to apply

• No pain

• Reduces Need of surgery

• Most effective modality available

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HOW DOES THE LASER THERAPY WORK?

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State of the art laser bio-stimulation works by supplying energy to the body in form  of billions of photons of light. The body absorbs this laser light on a cellular level and transforms it into chemical energy, which the body then uses to commence its own tissue repairs. The bio-stimulating  effect of laser therapy causes a decrease in inflammation and pain and an increase in tissue regeneration and healing.

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DO LASER BURN?

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No, there are two general types of medical lasers: high power lasers which cut through tissue and lower power lasers as LightForce lases which stimulate tissue repair.

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HOW LONG DOES LASER THERAPY TAKE?

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Treatment time will vary from as little as 2 minutes to as long as 20 minutes.  The total number of treatments required between 5 to 25 depending on the body's natural healing rate and the severity of the condition.

 

PHYSIOLOGICAL EFFECTS  OF LASER THERAPY

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• Reduces the formation of scar tissue following tissue damage from: cuts, scratches, burns and post-surgery.

• Reduces swelling  caused by bruising or inflammation of joints to give enhanced joint mobility.

• Increases nutrient delivery to damaged  tissue through increased blood flow.

• Accelerates cellular reproduction and growth.

• Produces a higher output of specific enzymes  and greater  oxygen for blood cells and thus a greater blood supply at the site.

• Improves lymphatic drainage.

• Increases histamine response.

• Increases production of Growth Hormone.

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