Laser Therapy for Plantar Fasciitis 980nm 1064nm Pulse and Continuous Mode For Better Physiotherapy

How Does Laser Work 

When the light source is placed against the skin, the photons penetrates several centimetres and gets absorbed by the mitochondria. The energy fuels many positive physiological responses resulting in restoration of normal cell morphology and function but at enhanced rate.Targeted in haemoglobin and cytochrome oxidase, the high power diode laser could help in respiration and then in result have a good performance therapy.

Class IV therapy lasers provide a deeper depth of tissue penetration and ultimately provide a dose that results in positive reproducible outcomes. Higher wattage also results in faster treatment times and provides results unachievable with low wattage lasers. These lasers provide a level of versatility unrivaled by other Class I, II, and IIIb lasers due to their ability to treat both superficial and deep tissue conditions.

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Working principle of high power laser physiotherapy

The source of laser beam in therapeutic high power lasers is typically a semiconductor diode capable of producing light of one specific wavelength (e.g. 1064nm).

The light generated by the diodes is then directed into an optical fiber, end of which is connected to the laser applicator. The beam is further processed by a series of lenses which ensure the right direction and diameter of the beam and consequently the spot.

Physiotherapy 

Physiotherapists use HPLT basically on the presumption that energised cells from the laser increase the rate of healing.
Class IV hot laser therapy (high intensity laser therapy) can treat a variety of conditions, such as:
- Osteoarthritis of the knee, hip and ankle
- Rheumatoid arthritis
- Shoulder impingement syndromes
- Hip or shoulder bursitis
- Low back disc degeneration
- Disc herniation
- Sciatica
- Tendonitis
- Tennis elbow
- Plantar fasciitis