Low Intensity Shock Wave For Ed/ Edswt Erectile Dysfonction Shockwave

Low Intensity Shock Wave For Ed/ Edswt Erectile Dysfonction Shockwave

WHAT IS EXTRACORPOREAL SHOCK WAVE ?

ExtracorporealShock Wave Therapy Equipment , also called Acoustic Wave Therapy Equipment , mainly for physical therapy treatment , sports injury and rehabitation treatment . It adopts extracorporal shockwave therapy ( ESWT ) , which is a method for the treatment of superficial orthopedic disorders developed over the past 20 years .

1 . Soft tissue healing – As with bone , the release of inflammatory mediators and influx of new blood vessels speeds up soft tissue healing .
2 . Pain Relief – high intensity stimulation of the area with SWT often results in a pain relieving effect lasting several days .
3 . Bone remodelling – The pressure pulses stimulate release of inflammatory mediators and influx of new blood vessels and bone building cells . This results in both quicker and better quality bone remodelling .

WHAT IS IT USED FOR ?

ESWT has been used in human medicine for over 20 years . In equine practice , we use it to speed up healing of a number of musculoskeletal abnormalities such as suspensory ligament injuries , splints , osteoarthritis , sesamoiditis , ‘ shin soreness ’ as well as other soft tissue and bone injuries . In our experience , a course of SWT can also improve the radiographic appearance of bony abnormalities found on screening xrays , even if there is no evidence of clinical swelling or lameness .

Extracorporeal Shockwave Therapy for acure & chronic pain treatment . Shockwave is a modern and highly effective treatment method : High energy sound waves are introduced into the painful areas of the body , such as shoulder , heel ,foot , elbow , ect . With this innovative therapy approach ,pathological alterations of tendons , ligaments , capsules , muscles and bones can be eliminated systematically . The beneficial effects of shockwave therapy are often experienced after only 1 or 2 treatments . The plantar fascia is a thick connective tissue structure extending over the underside of the foot . Its function is to help support the arch of the bottom of the foot .The attachment at the heel is to the medial calcaneus ( heel bone ) and extending forward to the heads of the metatarsal bones . The fibres of the plantar fascia are orientated along the length of its structure , which is an important aspect to consider when understanding the mechanics of how the foot works and how plantar fasciitis occurs . The plantar fascia can be split into 3 portions , which are the medial portion , central ( largest and most prominent ) and lateral portions .

An interesting point is that the plantar fascia in younger people has a direct fascial connection with the Achilles tendon , this becomes thinner with age and reduces to have no communicating fibres in more senior people . The Achilles and plantar fascia also have separate insertion points directly into the calcaneus . The Plantar fascia supports about 14% of the total load in each foot and is heavily involved with complex biomechanical process that occur to allow normal gait to occur . Most of the stress of force transmission occurs at the attachment to the calcaneus , cadaver studies show that on maximal loading the force focuses on this area . During weight bearing the plantar fascia acts like a spring to conserve and dissipate energy . During walking gait the increased tension in the plantar fascia , due to the dorsi-flexion of the toes , increases the foot stiffness and allows for excellent propulsion of force through the foot . This is known as the windlass mechanism ( Hicks 1954 ) , which helps in creating foot stiffness by drawing the arch upwards and making the long axis of the foot shorter and stiffer . The theory uses the analogy of tightening the windlass of a drum to explain the complex series of events that occurs in response to force application on the plantar fascia due to its anatomical orientation . The windlass effect is heightened by a supinatory effect caused by the combined effects of the flexor digitorum longus , flexor hallucis longus , peroneus longus and achilles tendon , further adding to the stiffness of the foot during this propulsive phase of the gait cycle . The function of the foot is 3 fold . The foot is able to stiffen in response to force placed upon it , to adapt to uneven terrain and to absorb shock . The orientation and attachments of the plantar fascia allow it to be an integral part of the functioning of the foot and low it to be so accommodating during gait and weight bearing .

Plantar fasciitis is one of the most common causes of heel pain . It involves inflammation of a thick band of tissue that runs across the bottom of your foot and connects your heel bone to your toes ( plantar fascia ) . Plantar fasciitis commonly causes stabbing pain that usually occurs with your first steps in the morning . As you get up and move more , the pain normally decreases , but it might return after long periods of standing or after rising from sitting . Plantar fasciitis is more common in runners . In addition , people who are overweight and those who wear shoes with inadequate support have an increased risk of plantar fasciitis .


INDICATIONS

Extracorporeal shock wave therapy , or ESWT , has emerged as a possible treatment option for patients with chronic tendon problems . ESWT delivers focused shock waves to the body and has been used for the treatment of a variety of conditions including :
Plantar fasciitis
Calcific tendonitis
Tennis elbow
There is both a high-energy and low-energy form of shock wave treatment , and both forms of therapy can be used in the treatment of these conditions .


FEATURES

- Pressure from 1Bar to 7Bar Adjustable
- Frequency from 1Hz to 21Hz Adjustable
- Rich pre-set treatment protocols
- Precise energy adjusting stepping at 0.1Bar
- As many as5transmitters and more for OEM
- Long lifecycle design and easy to maintain
- Deep penetration and good treatment result

The shockwave therapy system can cover most typical applications includes Epicondylitis , Tendonitis , Biceps Tendonitis , Achilles Tendonitis , Lower Back Pain of muscular origin , Trigger Points , Plantar Fascitis , and aesthetic applications as Cellulite therapy , Stretchmark elimination , Skin tightening and body reshaping . It is widely installed for treatment target which covers : rehabilitation medicine , orthopedics , sport medicine , medical cosmetology , pain treatment ( chronic/acute ) , dermatology , geriatrics , acupuncture ( include Chinese traditional medica l) , etc .


HORSE TREATMENT

Shockwave therapy has been successfully used to treat many soft tissue and bony problems , both acute and chronic . These include ,but are not limited to
Suspensory ligament teats and strains
Suspensory injuries with avulsion fractures
Tendon tears and strains
Osteoarthritis
Collateral ligament injuries
Impar ligament injuries
Deep digital flexor tendon injuries
Navicular syndrome
Ringbone
Joint inflammation and pain
Back pain
Neck pain
Muscle teats and strains
Infected or large wounds
Burns

SPECIFICATIONS


Shock source
Radial Shockwave ( Acoustic Wave )
Energy levels
1 – 7Bar
Pulse frequencies
1 to 21 Hz
Burst modes
3 burst modes or continuous
Adapter diameter
9mm , 15mm , 25mm , 39mm (X-Wave)
Trigger
Button switch on applicator
Control panel
10.1 Inch full size colorful touch screen
Positive shockwave counter
Yes
Negative shockwave counter
Yes , with value preset
Built-in programs
Indication menu with preset treatment protocols
Weight23
23Kg
Working Environment
10 – 28®C 30 ~ 80%RH,500 ~ 1060hPa
Power Specification
AC220V / 50Hz , 16A