Description
The Zeus Wave uses a single-device technology that allows for both ESWT and HILT.
Integrated Treatment Effect?
- The ESWT machine is an innovative and non-invasive solution for chronic musculoskeletal pain. ESVVT is used in physiotherapy, orthopedics, and sports medicine and is mainly used for the treatment of muscle- and tendon-related chronic diseases, muscle- and tendon-related diseases, calcification, and bone problems. The HILT machine is a breakthrough technology that has proven its clinical effectiveness based on the principle of laser therapy that has already been recognized. The HILT machine is a powerful pain relief device that uses biomedical and photomechanical stimulation to stimulate soft tissues to prevent tolerance.
- The high-intensity laser can stimulate tissue growth and cell regeneration in the body and can achieve the maximum ‘therapeutic effect without side effects by precisely and delicately controlling its effects to only the damaged area.
- The principle of HILT is that enzymes inside tissue cells absorb energy from laser light when skin tissue cultures are irradiated by the laser. It increases cell regeneration and DNA production and keeps cells healthy and in a high energy state. It not only reduces pain and inflammation but also stimulates nerve regeneration, muscle pain relief, and immune system response.
Extracorporeal shock wave therapy (ESWT) is one of the few proven medical techniques that can safely
treat, in a non-surgical way, chronic pain syndromes in the musculoskeletal system, on which traditional pain treatment
had not shown a great effect. ESWT is a non-invasive procedure for the treatment of acute and
chronic pain in the musculoskeletal system.
The shock waves used in ESVVT are concentrated and transmitted to the target tissue at the point of pain.
Shock waves also promote blood circulation and metabolism in the affected area. The main medical principle
that extracorporeal shock waves affect biological tissues is basedon the biochemical or biomolecular conversion and
transfer of mechanical stimuli into tissues of the human body.
