|
Cavitation:
The ultrasound exerts an effect like micro-massage and excites the body
tissues Cavitation is a recognized occurrence in the tissues during
ultrasound stimulation. It is the formation of very tiny bubbles (only a
micron or so in diameter) of gas in the fluids in body tissues. Using
pulsed ultrasound vibration reduces the tendency to "collapse" cavitation
(tissue-damaging due to high pressure and temperature changes) and
produces mostly "stable" cavitation, where the tiny bubbles oscillate
within the ultrasound waves but remain intact. This kind of cavitation is
associated with "acoustic streaming", which exerts viscous stress on the
cell membrane and thus may increase membrane permeability, bringing
therapeutically useful changes.
|
ULTRASONIC WAVES |
|
IMPORTANT: Please
use Ultrasonic Massagers according to product directions. Keep
your Ultrasonic Massager moving. Do not apply in one place for
too long a time. |
|

| |
|
3
MHz ULTRASOUND |
| FOR
SMALL MUSCLES |
| Use
3 million vibrations per second to work on smaller muscles,
such as those of the face. |
|

| |
| 1
MHz ULTRASOUND |
| FOR
AVERAGE MUSCLES |
| Use
1 million vibrations per second to work on medium sized
muscles such as in the limbs, neck, and
shoulders... |
 | |
| 0.5 MHz ULTRASOUND |
| FOR LARGE MUSCLES |
| Use
0.5 million vibrations per second to work on the largest
muscles of the legs and back... |
 | |
Ultrasound Therapy The development of
ultrasound Research on
ultrasound began at the start of the First World War (1914), when the
Allied forces used it to detect Germany submarines. Except for military
purposes, it was only used for underwater research - until 1927, when the
United States began to use ultrasound in bio-chemical research. In 1928,
using ultrasoun, the eastern Germans ran experiments to attempt curing
loss of hearing and otosclerosis, and by 1939, ultrasonic therapy was
born. Although ultrasonic development was interrupted by the Second World
War, the UK, among other countries, actively refined ultrasonic therapy
for rehabilitative purposes in postwar years.
What is Ultrasound? Sound is transformed like
a wave, with different sizes and densities; different waves emit high and
low sounds. The human's hearing range is from 20 to 18000Hz. The higher
the Hz is, the higher the tone we hear. Like the strings of a violin, the
thinnest one always produces the highest sound. Ultrasound is undetectable
to humans. In engineering, any rate over 20000Hz is called ultrasound,
i.e. the threshold above 20000 vibrations per second. To our hearing,
ultrasound is inaudible, but to many animals, it is heard clearly. For
example, a bat can respond to 20 thousands to 200 thousands Hz of
ultrasound. A dolphin or whale can also discriminate between hundreds of
thousands Hz of ultrasound. If ultrasound means nothing to our sense of
hearing, what can we do with it? We can take the advantage of its density
and speed in more subtle methods. First of all, we must know exactly how
ultrasound can benefit us.
|
ULTRASONIC THERAPY MASSAGERS
|
| PORTABLE PAIN THERAPY SYSTEM |
 |
Head
Condition - Headache: Reduce pain and pressure
from headaches caused by tension. |
Shoulder
Condition - Muscle Pain: Reduces
pain,stiffness and swelling. |
Elbow Condition -
Tendonitis: Loosens tendonitis, minimizes pain,
reduces inflammation |
Hand
and Arm Condition - Arthritis Pain: Reduces pain,
stiffness and swelling. |
Hip
Condition - Bursitis: Reduces pain, inflammation
and bursae swelling. |
Leg
Condition - Muscle Aches Reduces pain, stiffness
and swelling. |
Knee
Condition - Sports Injury: Complements physic
therapy to promote faster and more complete
healing. |
Foot
Condition - Strains and Sprains: Reduces swelling
and inflammation, soothes
ligaments. | | |
 |
 |
Head
Condition - Headache: Reduce pain and pressure
from headaches caused by tension. |
Neck
Condition - Neck Pain: Relief tight muscles, neck
pain, pinched nerves, tension headaches,
osteoarthritis. |
Shoulder
Condition - Muscle Pain: Reduces
pain,stiffness and swelling. |
Back
Condition - Backache: Soothes
muscles, reduce swelling and back pain. |
Lower
Back Condition - Disc Herniation: Reduces
pain and inflammation, soothes strains. |
Elbow Condition -
Tendonitis: Loosens tendonitis, minimizes pain,
reduces inflammation |
Hand
and Arm Condition - Arthritis Pain: Reduces pain,
stiffness and swelling. |
Hip
Condition - Bursitis: Reduces pain, inflammation
and bursae swelling. |
Leg
Condition - Muscle Aches Reduces pain, stiffness
and swelling. |
Knee
Condition - Sports Injury: Complements physic
therapy to promote faster and more complete
healing. |
Foot
Condition - Strains and Sprains: Reduces swelling
and inflammation, soothes
ligaments. | | |
| |
| Condition |
Duration (minutes) |
Regimen |
Place on affected care |
| Acute Tendonitis |
10
minutes |
2 times
daily |
Directly
Over Affected Area |
| Chronic Tendonitis |
5
minutes |
3 times
daily |
Directly
Over Affected Area |
| Ligament Strains |
5
minutes |
3 times
daily |
Directly
Over Affected Area |
| Nerve Root Pain / Neuralgia |
5
minutes |
3 times
daily |
Directly
Over Affected Area |
Arthritis (Osteo/
Rheumatoid) |
5
minutes |
2 times
daily |
Directly
Over Affected Area |
| Post-Exercise Recovery |
5
minutes |
2 times
daily |
Directly
Over Affected Area |
| ULTRASOUND
TEST |
The ultrasound massager emits a deep
micro-vibration so rapid, that it cannot be seen or felt by
the surface of our skin - so don't think your Ultrasonic
Massager isn't working! To test it, place a drop or two of
water on the metal head of the Ultrasonic Massager, then press
'Power' switch to turn on. You will see how the water is
broken into tinier and tinier droplets by the action of
micro-vibration. |
 |
| IN
PROFESSIONAL THERAPISTS' HANDS |
|
Ultrasound is often used by Chiropractors and
Doctors with the aim of accelerating blood circulation in the
local area, sport injury recovery, pain relief, reduction in
inflammation and muscular spasms, and increased absorption of
analgesics or anti-inflammatories.
| |
| | |