Increased ATP production
Reduced inflammation
Enhanced tissue repair
Pain modulation via nerve inhibition
635 nm – Red Light (Superficial Tissue Support)
Primary Benefits
-Stimulates cellular metabolism (ATP production)
-Enhances superficial blood flow and lymphatic circulation
-Supports skin, fascia, and superficial nerve endings
-Accelerates wound healing and tissue oxygenation
Common Uses
-Acute inflammation
-Superficial soft-tissue injuries
-Post-surgical skin healing
-Trigger points and cutaneous nerve irritation
810 nm – Near-Infrared (Muscle & Joint Recovery)
Primary Benefits
-Reduces inflammation at the muscular and joint level
-Improves local circulation and oxygen delivery
-Decreases muscle spasm and myofascial tightness
-Accelerates soft-tissue repair and recovery
Common Uses
-Muscle strains and sprains
-Cervical and lumbar spine pain
-Tendinitis and overuse injuries
-Post-exercise recovery
980 nm – Near-Infrared (Deep Tissue & Inflammatory Modulation)
Primary Benefits
-Penetrates deeper into joints and connective tissues
-Reduces inflammatory mediators
-Improves peripheral nerve pain modulation
-Enhances joint mobility and functional movement
Common Uses
-Joint inflammation
-Ligament and capsular injuries
-Disc-related pain patterns
-Chronic musculoskeletal pain
1064 nm – Near-Infrared (Deepest Penetration & Neural Support)
Primary Benefits
-Reaches deep musculature and neural structures
-Modulates nerve irritation and sensitivity
-Reduces chronic pain signaling
-Supports tissue regeneration in long-standing injuries
Common Uses
-Radiculopathy and nerve irritation
-Chronic neck and low back pain
-Post-traumatic injuries (including auto injuries)
-Deep spinal and pelvic structures
Why Multi-Wavelength Laser Therapy Matters
Using multiple wavelengths simultaneously allows treatment of:
-Superficial tissues
-Deep muscles and joints
-Neural and inflammatory pathways
-This layered therapeutic approach produces superior outcomes compared to single-wavelength systems by addressing pain, inflammation, circulation, and tissue healing at every level.
The laser emits photons that penetrate deep into tissue layers. These photons are absorbed by cellular photo-receptors, leading to:
Mitochondrial stimulation for increased ATP (cellular energy)
Nitric oxide release, enhancing circulation
Inflammation suppression at the chemical level
Pain pathway inhibition via modulation of nerve conduction


Functional movement assessments
Chiropractic care (as needed)
Manual therapy and rehab
Step 1
We begin with a complete movement and tissue assessment to identify the source of pain or dysfunction.
Step 2
The laser is directed over the targeted area. You may feel a mild warmth or tingling, but no pain. Treatment takes 5–15 minutes depending on the area.
Step 3
We may prescribe mobility drills, corrective movement, or soft tissue work to lock in the benefits and accelerate your progress.
Yes when performed when clinically appropriate under supervision of the doctor.
This depends on your condition. Acute injuries may improve in 3–5 sessions, while chronic pain may take 6–12.
Absolutely. It often works best as part of a multi-modal care plan.
Most patients feel mild warmth or nothing at all. It is completely non-invasive and painless.
Most insurance plans do not cover cold laser therapy, but it is included in our bundled care plans at Buffalo Spine Sports Chiropractic.
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