Mini Physical Ultrasoun physiotherapy Machine for Low Back Pain Sport Injuiry

Home use physcial ultrasound Physiotherapy Machine for plantar fasciitis ankle sprain

Therapeutic ultrasound has been around since the 1940’s and is just one of many effective and common techniques used in modern-day physiotherapy. This process provides deep-heating effects to different soft-tissue parts of the body such as tendons, ligaments, and muscles. The process increases blood circulation to these tissues, which in turn helps the body’s healing process and decreases the pain. In addition, deep heating may increase the flexibility of tight tendons and muscles which will improve the tissues’ range of motion.

Ultrasound Therapeutic Ultrasound works to help alleviate pain and discomfort from muscle and tissue pains and soreness. This therapeutic device increases blood flow and oxygen to the injured area which helps with the permeability of blood vessels and provides the necessary nutrients for growth and restoration.

The treatment requires three easy steps: first, you must set the device for a treatment regime that works for you, then apply the ultrasound gel, and lastly gently move the metal part of the device on the treatment area. By generating deep heat and ultrasound waves that penetrate the hurt area PhysioLITE II delivers clinical quality treatment at home.

The intensity and time of the treatment can be customized to fit the user's needs throughout the recovery process. This device is compactly designed and comes with its own travel case, making it easy to perform daily treatments on the go.

Waht is Ultasound Physiotherapys  Machine

For medical applications, shock waves succeed in healing faster compared to ultrasound. This is done by supplying the treatment area with a high intensity energy in a short period of time and with synergistic effects at both macro and micro tissue levels. To obtain the same amount of energy from ultrasound (without the guarantee of healing success), it would be necessary to supply the relatively low power energy generated by ultrasound for much longer periods of time and in increased number of treatment sessions. The result of the longer treatment time would be storage of energy in tissue, with concomitant heating and tissue degradation, which practically eliminates this option. The alternative is to give small dosages of energy in increased number of treatments, which is harder to achieve due to poor patient compliance. Patients in general do not like to come by the doctor’s office for many treatments and the increased financial burden created by additional treatments represents another deterrent for majority of the patients, which results in poor compliance.
 

Ultrasound physiotherapy Therapy Effect

The effect of therapeutic ultrasound via an increase in local blood flow may help reduce local swelling and
chronic inflammation, and, according to some studies,promote bone fracture healing. The intensity or power
density of the ultrasound can be adjusted depending onthe desired effect. A higher power density (measured in
watt/cm2) may soften or breakdown scar tissue.
 

How does the patient benefit from ultrasound?

As the probe glides over the skin's surface, sound waves penetrate the skin's surface causing soft tissues to vibrate, creating heat. In turn, the heat induces vasodilation: drawing blood into the target tissues. Increased blood flow delivers needed oxygen and nutrients, and removes cell wastes.

The heat helps relieve pain and inflammation, reduce muscle spasms, and accelerate healing. Depending on the treatment area, range of motion may be increased.

Ultraswave Therapy Effect——Symptom

*Bursitis
*Tendonitis
*Muscle Strain and tears
*Osteoarthritis
*Ligament and tendon injuries
* Soft tissue injuries.
* Chronic strains and sprains.
* Myositis – the inflammation of muscle tissues.
* Bursitis – inflammation of the fluid-field pads surrounding joints.
* Tendonitis – inflammation of the tissue connecting the muscles to the bones.
* Tendon Sheath Inflammation.
* Osteoarthritis.
* Plantar fasciitis.
 

Precautions in Ultrasound Treatment
 
 
Always use the lowest intensity which produces a therapeutic response
The head of the applicators should be moving throughout the treatment
The ultrasound beam (treatment head) should be perpendicular to the treatment area for best results.
All parameters (intensity, duration, and mode) need to be considered carefully for desired therapeutic effects.

 
Parameters
 

 

 
Ultasound wave Principle:
 
1.Mechanical function: the ultrasound have the [micro massage" to the tissue substance and tiny cell. It could soften tissue, enhance penetration, improve metabolism, promote blood circulation, stimulate nerve system and cell, relief pain.
 
2.Heating function: it forms heat during ultrasound therapy, so it is also called
as"ultrasound diathermy therapy". it is deep heating, that penetrate below the muscle.
Thus, ultrasound therapy is applied to chronic soft tissue pain, arthritis, rheumatism.
 
3.Physical therapy function: based on the mechanical and heating function,
it will trigger physical therapy.