Tradewind

Divergent shock waves are generated by solid collision. First of all, compressed air (similar to air gun) is used to accelerate the projectile to a speed of about 5-25m / s, and then the projectile suddenly slows down when it hits the impactor (probe). When the projectile collides with the colliding body, part of the kinetic energy is transferred to the colliding body. At this time, a short distance (generally less than 1 mm) of translation will occur, and the velocity is about one meter per second until the velocity decreases to zero. The kinetic energy of the colliding body is transferred to the tissue of the contact point, which produces the "released" pressure wave. Focused shock wave and divergent shock wave (divergent shock wave is actually a kind of pressure wave in Physics) has been used in medical practice. These two forms are not only different in physical properties and production principles, but also in the level of parameters in normal use and the depth of treatment penetration in tissues. Focused shock wave can be generated by hydro electric, piezoelectric and electromagnetic technology, and then completed by rotating paraboloid (storzmedical patent technology). Its energy is mainly to defend the smaller focus parts in the body. What is shock wave? It is mechanical wave and sound wave. It needs medium such as water, air and tissue to propagate. Its characteristic is that the pressure rises sharply to the peak value in a few nanoseconds. The extracorporeal shock wave pain diagnosis and treatment system, through the energy generated by the compressor, promotes the "bullet" to move in the "barrel" at a high speed, and impacts the "probe" to generate mechanical waves; then, through the medium such as coupling agent, the energy is transferred to the human body tissue, producing various therapeutic effects. Extracorporeal shock wave therapy (ESWT) has been developed for a long time. In order to study the clinical efficacy of ESWT on its classic indications, experts from various medical departments have carried out a large number of basic and scientific research, and concluded that the clinical biological effects of shock wave include: the energy release cavitation effect of acoustic boundary increases the permeability of cell wall, stimulates microcirculation (blood, lymph) to release substance P, and reduces non myelinating nerve Release of nitric oxide (vasodilation, increased cell metabolism, angiogenesis, anti-inflammatory effect) antibacterial effect stimulation of growth factors (angiogenesis, bone, collagen) stimulation of stem cells medical shock wave overview of different intensity curves of focused shock wave and divergent shock wave in human body typical indications: scapulohumeral periarthritis Tendinitis (calcified, non calcified) tennis elbow, Golfing elbow shoulder, elbow or knee joint fluid sac inflammation neck shoulder stiffness Achilles tendon pain patella syndrome with or without spur plantar fasciitis medial tibial compression syndrome pain caused by heel spur pain muscle fascia trigger point area sacroiliac pain bursitis tenosynovitis tendon adhesion after operation cranial jaw dysfunction indications in other fields: Bone nonunion (proliferative or atrophic) avascular necrosis of the femoral head diabetic foot bedsore wound healing burn cosmetic medicine neurorehabilitation medicine isofocal shock wave and divergent shock wave development table focused shock wave 1975-79 animal experiment 1980 first human kidney stone treatment 1985 gallstone 1990 salivary gland stone 1994 bone healing 1995 tendon and ligament spasm 1997 penile fibrocavernitis (penile sclerosis) 1999 cardiac therapy (revascularization) 2004 wound healing, skin burn 2005 chronic pelvic pain syndrome (prostatitis) 2006 shaping / fat mobilization / cell update 2009 psoriasis 2010 erectile dysfunction divergent shock wave 1999 patented probe for tendon and ligament treatment 2001 muscle and myofascial trigger point 2004 shockwave acupuncture therapy 2005 tightening skin and anti fat mass 2008 titanium probe 2010 craniomaxillofacial disorders (CMD) fascia therapy ceramic probe Shock wave is a kind of mechanical pulse pressing strong wave conducted by physical mechanism medium (air or gas). It can convert the impulse sound wave generated by pneumatics into accurate ballistic shock wave. By positioning and moving the therapeutic probe, it can produce good therapeutic effect on the human tissues with extensive pain. Key words: safety, noninvasive, no sequelae, wide indications