Polyus RDI
EPILASER Laser Assisted Hair Removal  
DERMALAG Laser System For Cosmetic Application
CTH Holmium Lasers 
YATAGAN-4-MICRO Laser Set for Ophthalmology
ANTIBOL Device for Domestic Treatment
ALTP-4 and ALTP-4-1 Laser Therapeutic Devices
YARILO-SYNCHRO Electrical & Laser Therapeutic Device for Urology
VEGA-MV Portable Laser Veterinary Apparatus

ANTIBOL
Device for Domestic Treatment

Antibol


ANTIBOL is used:

for electric pulse treatment of various locomotorium disease (osteochondrosis, arthritis, radiculitis, neuralgia, etc.);
for red beam treatment of inflammatory process (acute respiratory disease, angina, paradontosis, furuncles, toothache, etc.);
treatment of herpes and healing wounds of different origin (burns, cuts, chaps, etc.).

Contraindication:

oncologic diseases;
active tuberculosis;
acute myocardial infarction;
presence of artificial cardiac stimulator;
pregnancy.

The ANTIBOL (antipain) device is an impulse anaesthetic stimulator of red light supplied with electric massage plates for reflex therapy.

Features
The device provides a possibility to produce an effect both electric energy when using electrodes on the device housing, and with light energy when using a light pencil that is connected to the housing by a flexible wire. The therapeutic effect is based on the well-known phenomenon of increase of metabolic rate in tissues and cells under electric pulses, and as a consequence analgetic, anti - inflammatory, antiedemic and general restorative effects are achieved in the organism. Low-energy red light radiation has an analogous effect on the mucous membrane. The human skin is practically transparent to the radiation used in this device, so a positive effect can be achieved almost in 100% of cases when light pulse stimulation is used. The main distinction of the ANTIBOL device from all analogous devices is automatic continuous tuning of repetition rate of electric and light pulses (40...250 Hz for 2 min), which on the one hand, does not allow the human organism to be habituated to an external irritant (which enhanced considerably the effect of exposure). On the other hand, the wide pulse repetition rate tuning range assures good agreement with individual frequencies of biorhythms of the human organism, which also increases resonantly the efficiency of exposure. In the mode of electrostimulation the efficiency is not less than 85%.

 
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Copyright © 2001 Sirdi International
Last modified: October 11, 2001