High Intensive 10W-30W Medical Physical Therapy Laser Equipment Body Wrist Pain Relief Physiotherapy Rehabilitation Device

• Customization: Available
• Type: Orthopedics
• Function: Tissue Repair
• Model NO.: TB-HPLT-001
• Theory: Laser
• Certification: CE
• LCD Display: With LCD Display
• Group: Adult
• Product Name: 980nm 650nm Laser Physiotherapy
• Laser Power: 30W
• Frequency: 1-10Hz
• Cooling System: Air Cooling
• Pulse Width: 15-80ms
• Laser Mode: Pulse and Continue
• Function 1: Reduction in Pain and Inflammation
• Function 2: Accelerated Tissue Repair and Cell Growth
• Transport Package: Flight Case
• Specification: 41× 35.5× 50.5cm, 10.5kg
• Origin: China
• Production Capacity: 5000

Product Description

 

Product Description

High Power Class 4 Laser Therapy In Physiotherapy

Laser therapy is the non-invasive use of laser energy to generate a photochemical response in damaged or dysfunctional tissue. Laser
therapy can alleviate pain, reduce inflammation, and accelerate recovery from a wide range of clinical conditions. 

Laser therapy light is infrared electromagnetic energy entering the body as photons. The light beam of photons stays fairly narrow and
does not diverge like a regular light bulb. The amount and depth of penetration from this photonic energy depend on several different factors
related to the patient and the power of the laser therapy machine. The single wavelength, continuous wave, and high output lasers are the
most powerful.

Research shows tissues targeted by High Power Laser Therapy are stimulated to increase the production of a cellular enzyme (Cytochrome C Oxidase) that is critical to the production of ATP. ATP is the currency of chemical energy in living cells. With increased ATP production and thus greater cellular energy, a host of biological responses are facilitated, such as pain medication, inflammation reduction, scar tissue, increased cell metabolism, improved vascular activity, and accelerated healing. This is the photochemical effect of High Power Laser Therapy.


Very effective for the conditions:

Arthritis
Bone spurs
Plantar Fascitis
Tennis Elbow (Lateral Epicondylitis)
Golfers Elbow (Medial Epicondylitis)
Rotator Cuff Strains and Tears
DeQuervains Tenosynovitis
TMJ
Herniated Discs
Tendinosis; Tendinitis
Enthesopathy
Stress Fractures
Shin Splints
Runners Knee (Patellofemoral Pain Syndrome)
Carpal Tunnel Syndrome
Ligament Tears
Sciatica
Bunions
Hip Discomfort
Neck Ache
Back Pain
Muscle Strains
Joint Sprains
Achilles Tendinitis
Nerve Conditions
Healing After Surgery
 

Biological Effects of Laser Therapy

1. Accelerated Tissue Repair And Cell Growth
2. Reduced Fibrous Tissue Formation
3. Anti-Inflammation
4. Analgesia
5. Improved Vascular Activity
6. Increased Metabolic Activity
7. Improved Nerve Function
8. Immunoregulation
9. Stimulates Trigger Points and Acupuncture Points


Cold Vs Hot Therapeutic Laser

The majority of therapeutic laser equipment used is commonly known as "cold lasers". These lasers have very low power and for
that reason do not generate any heat on the skin. Treatment with these lasers is known as "Low-Level Laser Therapy" (LLLT).

The lasers we use are "hot lasers". These lasers are much more powerful than cold lasers normally more than 100x more powerful.
Therapy with these lasers feels warm and soothing because of the higher energy. This therapy is known as "High-Intensity Laser
Therapy" (HILT).

Both hot and cold lasers have similar depths of penetration into the body. The depth of penetration is determined by the wavelength
of light and not the power. The difference between the two is the time it takes to deliver a therapeutic dose. A 15-watt hot laser will
treat an arthritic knee to the point of pain relief, in about 10 minutes. A 150-milliwatt cold laser would take over 16 hours to deliver
the same dose.


Why Is Laser Power So Important?

If wavelength determines a laser energy's depth of penetration then power determines itssaturation at the targeted depth. lt would be
a mistake to consider one without the other. Power (Watts) is the number of photons of radiation you can deliver per unit time. The
energy deposited (Joules)is the accumulation of these photons over time (1 Watt=1 Joule per second). By starting out with more
Watts at the surface, more will penetrate to the desired depth.


For an illustration, consider the following:

1 Watt laser: 40 seconds to deliver 10 Joulesof energy to a 4cm depth
4 Watt laser: 10 seconds to deliver 10 Joulesof energy to a 4cm depth
The higher-powered laser will be able to deliver therapeutic doses to deeper targets in a shorter amount of time.

Clinical Advantages of Laser Therapy
Easy non-invasive treatment
No drug intervention
Effective pain relief for patients
Enhanced anti-inflammatory effect
Decreased swelling
Accelerated tissue repair and cell growth
Improved local blood circulation
Improved nerve function
Shorten treatment time and long-lasting effect
No known effects, safe



Specification :
 

Product name	980nm 650nm laser physiotherapy
Laser modes	pulse and continue
Function	1. Reduction in pain and inflammation  2. Accelerated tissue repair and cell growth 3. Quicker recovery