SoftWave Therapy in Traverse City MI
SoftWave Therapy is a non-invasive therapy device that produces shockwaves using a unique, ground-breaking technique. It has never-before-seen benefits for both sports and medicine. Chronic pain is quickly relieved, and recovery times are considerably accelerated with long-lasting effects. This is a transformative adjustment that is unique, gentle, and offered at our Traverse City MI chiropractic clinic!
The scientific validation of TRT SoftWave's ability to attract and trigger endogenous cell synthesis enables the body to genuinely begin healing from within. Blood flow can be permanently improved with SoftWave therapy. It has been established that this results in angio/vasculogenesis (the creation of new blood vessels) at the treatment site as well as the release of a number of immune factors and an increase in ATP.
IT'S FDA APPROVED TO RE-GROW CONNECTIVE TISSUES
INCLUDING LIGAMENTS & CARTILAGE
Additionally, SoftWave quickly stops the inflammatory process. Results usually include the relaxation of muscular adhesions and stiffness as well as an instant and long-lasting reduction of chronic pain. Range of motion improvement is a typical outcome of SoftWave therapy. In addition to being utilized for treatment, the Softwave device also offers diagnostic feedback that allows the "cause of pain" to be precisely identified, acting as a crucial tool for effective treatment. This feedback mechanism enables us to pinpoint the specific location of the issue.
How Does SoftWave Therapy Work In Traverse City MI?
An electrical discharge with a high level of energy occurs in water to produce soft waves. The positive and negative poles of an electrode's opposing tips are where the voltage is discharged. A plasma bubble is produced as a result of the voltage being equalized between the two electrode tips due to the arcing or spark gap. Within just a few nanoseconds, this bubble creates a pressure greater than 10 MPa, and scatters in all directions, compressing the water in its vicinity (10-9 ns).
Through parallel waves of low intensity, unfocused SoftWave energy is applied using a proprietary parabolic reflector applicator. Despite traveling 5 times as quickly (3355 mph) in water as it does in air (767 mph), electrohydraulic shock wave energy does not result in microtrauma. It is possible to apply energy to a sizable area of superficial and deep tissue using the SoftWave proprietary unfocused applicator design. This encourages a biological response to the target area, which starts the body's natural healing process.
Is SoftWave Therapy the same as Shockwave Therapy?
Kind of, but not quite. Everyday life is surrounded by shock waves. They are caused by pressure fluctuations that are violent, such as those caused by supersonic aircraft, explosions, lightning, earthquakes, or other natural occurrences. The wavefront, where compression occurs, is a region of abrupt and severe change in stress, density, and temperature, which distinguishes shock waves from sound waves. When the amplitude is increased, shock waves become faster than sound waves.
Extracorporeal Shockwave Therapy (ESWT), often known as shockwave therapy, is a non-invasive procedure that involves sending shock waves to an injured location in an effort to speed up recovery. This procedure generates shock waves that are incredibly powerful at starting biological regeneration processes at the cellular level. Shockwave therapy is a type of treatment that uses technology to deliver quick, frequent, and high-intensity bursts of mechanical energy (in the form of shockwaves) into sore or inflamed soft tissue.
SoftWave therapy, on the other hand, uses unfocused rather than focused, ESWT. It's a gentler form of shockwave therapy that doesn't result in trauma to the area and has a larger zone of treatment. It's great for reducing inflammation and stimulating healing.
Think you might benefit from SoftWave therapy? Give our team at Shift Health Center a call today!
10:00am - 1:00pm
3:00pm - 6:00pm
7:00am - 11:00am
10:00am - 1:00pm
3:00pm - 6:00pm
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2:00pm - 5:00pm