RADIAL SHOCK WAVES The operating principle is based on ACCUSTEC\u00ae applying an extracorporeal acoustic wave front with high energy density, which causes a rapid change of impedance at the interface of the tissue (skin, fat cells, muscle, etc.). Biomechanical effects produce a transient increase in the permeability of the cell membrane which leads to an improvement in the exchange of substances between cells. In this way the mechanical stimulus is converted into chemical activity through vasodilatation and neo-vascularization, producing hyperemia at all layers of tissue, including connective tissue and stimulating the formation of collagen.<\/p>\n
In aesthetics, Shock Wave Therapy represents a world novelty, since one of the objectives of this technique is to induce the regeneration of collagen and elastin, which is implemented by intrinsic repair mechanisms to restore body tissues. Furthermore, ACCUSTEC\u00ae is an extracorporeal therapy that involves to apply high power pressure waves in injuries, causing both mechanical and biological effects. This technique uses the intrinsic repair mechanisms of the body to retrieve the tissue level of the skin, muscle and joints.<\/p>\n
It has a stainless steel body applicator, for airwaves with a specific diameter to facilitate treatment in different areas.<\/p>\n
The health professional will work with Accustec\u00ae comfortable and relaxed with its unique ergonomic design. Accustec has an applicator for airwaves with a specific diameter to facilitate treatment in different areas.<\/p>\n
FEATURES OF SHOCK WAVES
\n– Frequency: selectable from 0, 1, 2, 4, 8, 16 Hz.
\n– Hits: selectable between 1-4000 impacts, in steps of 1 unit.
\n– Pressure: adjustable from 0 to 5 bar, an increase of 0.1. IS SUITABLE FOR THE TREATMENT OF:
\n– The pain associated with muscle-skeletal system.
\n– Contractures.
\n– Cell regeneration.
\n– Unconsolidated fractures (nonunions).
\n– Tendinitis.
\n– Calcifications in tendons.
\n– Epicondylitis.
\n– Sprains.<\/p>\n
– Plantar fasciitis.
\n– Achillodynia.
\n– Half tibial stress syndrome.
\n– Patellar Tendinopathy.
\n– Greater trochanter pain syndrome.
\n– Structural pathologies of the skin.
\n– Paniculophatia edemato-fibroesclerotica (cellulite grades I to IV).<\/p>\n