This emitter with a larger area of impact and higher power is optional and is intended for use with the devices of RIKTA 04/4.

EACH EMITTER "SHOWER" IS ATTACHED AS A SEPARATE AN EXTRA TEXTBOOK!

In contrast to the emitter of SHOWER-1-04, the emitter has a greater laser power is 40 W, which allows to reduce the time for medical procedures and increase their efficiency.

The emitter is intended for therapeutic non-invasive treatment of areas of pathology in larger sizes. The main difference between the emitter of SHOWER-1(50)-04 from the basic emitter is that due to the increase in laser and infrared diodes (6 diodes of each type), the irradiation area of the pathological field is increased (the impact zone), compared to the usual base emitter 5 and is 20 square centimeters.

This allows for faster and more efficient processing of large pathological area in patients with: burns, phlebitis superficial veins, ulcers, skin diseases (psoriasis, lichen planus, alopecia areata, etc.).

The advantage of the emitter-SHOWER-1(50)-04 to the standard emitter T1-04 is the same in that it is effective in various bone pathologies, such as bone fractures, calcaneal spur, osteoarthritis of the femoral head, arthritis and arthrosis, Bechterew's disease.

Widely used emitter SHOWER-1(50)-04 in cosmetic practice, for the treatment of skin to improve skin blood flow, and thus improve the trophic (nutrition) of the skin.

Another advantage of the emitter-SHOWER-1(50)-04 is that when exposed to large areas where the irradiation zone get large vessels, eliminating the need for a quantum gene therapy. However, it should be remembered that under the action of laser radiation on the area where pass the large vessels, the power of laser and infrared radiation should be reduced to 25%. In the treatment of diseases of the liver and kidneys the power of laser and infrared radiation should also be reduced to 25%, while between the skin and the emitter should be a gap of 1.5-2 cm.

IMPACTS:

- Pulsed infrared laser radiation (40 W, 905 nm);

- Pulsating broadband infrared radiation (60 mW, 875 nm);

- Pulsating radiation in the red (visible) part of the spectrum (7 mW, 640 nm);

- Constant magnetic field (35 MT.).