Biological regeneration of overloaded muscles
Cryostimulation is short-term exposure of particular parts of the body (muscle, tendons, ligaments, joint,s trigger points) to extremely low temperature (35.6°F - 39.2°F at the skin surface). Optimal temperature for the treatment achieved by the device ranges between -103°F and -121 °F with exposure time from 1 - 12 minutes.
Carbon dioxide has positive influence on the skin and underlying tissues and is well absorbed by them.
Due to its biophysical characteristics carbon dioxide causes:
Cryostimulation using CO2 is different from adjuvant techniques like ice and techniques using liquid nitrogen.
CO2 under pressure in a short time provides sufficient cold (35.6°F - 39.2°F) that is powerful (pressure), painless (dry). In a human organism, these conditions enable thermal shock to be easily obtained.
Thermal shock corresponds to the response of the organism in the face of intense and powerful cold flow rapidly delivered to the body surface. The cold is transmitted to the organism via the skin, involving the epidermis, the mesoderm and the hypoderm.
The effects of thermal shock are:
The results are felt right after the first session.