Product Description
WHAT IS LASER THERAPY?
L.A.S.E.R. stands for Light Amplification by Stimulated Emission of Radiation. Laser Therapy involves the application of low-intensity laser light to relieve pain caused due to the damage of soft tissue. It facilitates tissue repair and restores normal cell function. It is used by experts to heal wounds and pain. The level of light is quite low as compared to other forms of Laser Therapy, such as those used to destroy tumors and coagulate tissues.
CLASSIFICATION BASED ON AEL (Accessible Emission Light)
Class levels1-4
· Class1- incapable of producing damaging radiation levels
· Class2- power visible lasers (400-700nm wavelength,1nW)
· Class3- medium-power lasers need eye protection
· Class4- high power lasers(more than 500nW)
TYPES OF LASERS.
1. High lasers
· Surgical lasers
· Hard lasers
· Thermal lasers
· Energy (3000-10000 Mw) lasers
2. Low lasers
· Medical lasers
· Soft lasers
· Sub thermal lasers
· Energy 1-500 mW lasers
· Therapeutic (cold) lasers produce a maximum output of 90mW or less
· 600- 1000nm light
3.High power lasers
High-power lasers are known as hot lasers because of the thermal response they generate. They are used in surgical cutting, coagulation conditions, destroy tumors and coagulate tissues.
4. Low power lasers(Cold LASER)
Low power lasers act according to the Arndt-Schulz principle which states that if a stimulus is too weak, no effect is seen. Increased stimulation and optimal dose lead to the optimal effect, while further dose increase leads to a decreased effect and furthermore increase leads to inhibition of stimulation is also known as photobiomodulation, used in wound healing and pain management. Low laser is a pain-free, non-invasive method. It has the properties of monochromaticity (same color), collimation (all rays are parallel to each other and do not diverge significantly even over long distances) and coherence (all the light waves are in phase both spatially and temporally).
HAT IS LASER THERAPY?AT IS LASER THERAPY?
Detailed Photos
TYPESTYPES OF LASERS. OF LASERS.
Product Parameters
|
Model |
YASER |
|
Laser type
|
Diode Laser Gallium-Aluminum-Arsenide GaAlAs |
|
Wavelength |
980nm |
|
Output Power |
30/60w |
|
Working modes |
CW and Pulse Mode |
|
Aiming Beam |
Adjustable Red indicator light 650nm |
|
Fiber diameter |
0.4mm/0.6 mm/0.8mm Bare fiber optional |
|
Fiber connector |
SMA905 international standard |
|
Pulse/Delay |
0.05-1.00s |
|
Net Weight |
5kg |
|
Gross Weight |
22kg |
|
Size |
48*40*30 |
Treatment Process
With broad-ranging benefits, LASER Therapy is appropriate for a lot of treatment plans. Some of them are:
· General Chronic Pain
· Tennis elbow
· Plantar fasciitis
· Shoulder impingement
· Frozen shoulder
· Disc herniation
· Sciatica
· Pelvic Dysfunction
· Osteoarthritis of the knee, hip, and ankle
· Rheumatoid arthritis
· Tendonitis
· Tennis Elbow
· Temporomandibular Joint
· Diabetic Neuropathy
· Hip or shouder bursitis
EFFECTS OF LASER THERAPY
This procedure is generally safe, effective and non-invasive to use. Although you will feel the laser device touching your skin but the procedure is painless, no vibration or heat is felt. The non-thermal photons of light that are emitted from the Laser, pass through the skin layers. Once the light passes through the layers of the skin and reaches the target area. The body tissue then absorbs the light and initiates a series of events in the cell resulting in the healing of damaged or injured tissue, reduction in pain and inflammation, and an overall reduction in healing time by increasing intracellular metabolism.
Our Advantages
The laser has therapeutic effects which help to:
· Reduce pain
· Increases ATP (Adenosine Triphosphate) which accelerates the repair process of the cell. Some molecules that increase inflammation are reduced and beneficial antioxidants are increased.
· Faster wound healing. Laser Therapy is effective on open wounds also.
· Recovery from nerve injury Reduces aches and pains by decreasing nerve sensitivity.
· It reduces the formation of Fibrous/Scar tissue. It also improves the vascular activity in the body.
· Promotes bone and cartilage formation
Most commonly used lasers
Helium-neon (He-Ne)
In this laser, a mixture of helium gas and neon is used in a pressurized tube. This creates a laser in the red portion of the electromagnetic spectrum with a wavelength of 632.8nm.
Gallium arsenide (Ga-As)
It uses a diode to produce an infrared invisible laser at a wavelength of 904nm. Diode lasers are composed of semiconductor silicon that is cut and layered. An electrical source is applied to each side and lasing action is produced at the junction of the two surfaces. The surfaces function as partially reflecting surfaces that produce coherent light. This laser is given in pulsed form because of the heat produced by it.
FAQ
How many sessions will I need?
Number of treatments varies based on the indication, its severity and how the patient's body reacts to the treatment. Number of treatments can therefore be anywhere between 3 and 15, more in very severe cases.
How often will I need the treatment?
The typical number of treatments per week is between 2 to 5. The therapist sets the number of treatments so that the therapy is the most effective and suitable to the patient's time options.
Are there any side-effects to the treatment?
There are no side-effects to the treatment. There is a possibility of slight redness of the treated area right after the treatment
which disappears within several hours after the treatment. As with most physical therapies the patient might feel a temporary worsening of their condition which also disappears within several hours after the treatment.
Company Profile
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