Hivamat Deep Oscillation Principles
When placing a semiconductor between two electrodes with voltage applied, it creates electrostatic attraction. In deep oscillation therapy devices, this attraction is transferred to the tissue and pulses the electrostatic field, causing an intense, but gentle, resonant vibration of the tissue when one of the electrodes is moving.
Due to the compressive force of the electrostatic field, the tissue segment is attracted (lifted) and dropped rapidly up to 250 times per second. Deep tissue deformation is achieved by successive, rapid, and rhythmical application. This effect leads to the recovery of flexibility and mobilization between individual fibers and layers.
Hivamat deep oscillation video
Electrostatic Oscillations Permeate Up To 8 cm Deep
Pulsing electrostatic field creates gentle resonant vibration throughout the entire depth of the patient’s tissue – skin, connective tissue, subcutaneous fat, muscles, blood and lymph vessels.
Proof of tissue resonance Watch Here >
Movement of the applicator or vinyl gloved hands creates friction causing soft tissue reactions. Lifts and drops tissue layers rapidly up to 250x per second to break up hardened areas.
Hivamat Deep Oscillation penetration video
Gloved Hands
Applicator
Connect the healthcare professional to Hivamat with an electrode as the patient holds the neutral element. Massage techniques can be employed using vinyl gloves to control directional flow and velocity with just gentle pressure.
The advantage of using an applicator is that the therapist is not directly connected. However, the
size of the area of treatment is limited and massage movements and techniques cannot be utilized.