Skip to main content

SoftWave Therapy - The Latest Technology in Regenerative Medicine




There is a new "secret weapon" hitting the Medical and Performance industries - SoftWave Therapy. It is the latest technology in Regenerative Medicine and has been tested extensively in Europe for the past decade. Recently making it's way into the U.S., SoftWave is quickly taking hold.  We have been seeing exciting results with this device in our office over the past months, both immediate and long-term.  Read on for a summary of what makes SoftWave so unique and effective! 





What is SoftWave?  Softwave Therapy essentially “tricks” the body into thinking a fresh trauma has occurred.  A series of pulses are applied to painful areas, which thin the cell membranes and alert the brain.  This kick-starts the natural healing process without actually causing trauma.  This response includes releasing RNA, attracting Stem Cells, increasing circulation, modulating inflammation, releasing growth factors involved in tissue regeneration, and forming new blood vessels.


How Can Softwave Help Me? Anyone with acute or chronic pain can benefit from SoftWave Therapy.  Clinical studies show the impulse both re-initiates the stagnant healing processes in chronic and subacute injuries AND initiates a more rapid and effective healing process of acute injuries.  Some conditions that have been effectively treated by SoftWave include:
Burns          Fractures          Arthritis            Muscle Trauma/Strains            Gout             Tendonitis         

Ligament Sprains             Wounds               Ischemic Conditions          Peripheral Nerve Injuries  

           Inflammatory Conditions           Frozen Shoulder              Balance Impairments        



How Can SoftWave Help Performance? It’s not just for injured tissues.  Studies have even found SoftWave can increase muscle resilience in healthy muscle tissue.  This means, it could help you increase performance, enhance recovery and decrease overuse injuries! 
When Will I Feel Results?  Immediately following the treatment, most clients report decreased pain and increased function.  There are some cases where you will feel more obvious results as the healing process progresses, up to 2-3 months later.  However, the healing process has been triggered, even if there is not an obvious change immediately.  In either case, an additional treatment or two is recommended to insure full healing.  
How Long Will Results Last?  Since the healing process has been stimulated, there is a long-standing improvement.  Regeneration will continue for over 3 months, until the cycle is completed.  At that time, the increased number of blood vessels and the regenerated tissues are permanent.  

Why SoftWave Over Other Regenerative Treatments? Softwave is the only non-invasive treatment that elicits ALL of these regenerative benefits, and with the science to prove it.   There are no needles, little-to-no downtime, and no guessing where to treat. The effects are internally-generated, triggering your own ability to regenerate new cells, as opposed to injecting externally-generated cells.  There is instant biofeedback, ensuring that treatment is being applied where it needs to be, and multiple areas can be treated in one session – unlike other methods, such as PRP and Stem Cell injections.   


Why Not Other “Shock Wave” Devices? We use the only Unfocused Electrohydraulic ESWT device available in North America.  This electrohydraulic action is the only “shockwave” mechanism that is 100% non-traumatic.  It is proven that electrohaydraulic waveforms cover a broader area and penetrate 4x deeper than other methods.  The TRT/MTS OrthoGold 100 has been tested and studied extensively for its mechanism of action and safety.  Read more about the proven science here. 
Who Is Using SoftWave?  SoftWave has been used by Professional Sports Teams (NFL, MLB, NBA, FC Barcelona), Elite Athletes across the globe, and top Medical Institutions.  View testimonials and hear for yourself! 




Comments

Post a Comment

Popular posts from this blog

We Are ALL Asymmetrical - Why it Matters

  Have you noticed a harder time with your front splits on one side? Or maybe it’s always been a struggle for you to get your turn-out on one side? No matter how much you stretch and strengthen, you will not achieve symmetry without compensation (which leads to injury).   Here’s why … Our bodies are NOT symmetrical! Take a look at these images of different systems in our bodies.   Notice how NONE of them are exactly the same on the left as the right. Illustration from Anatomy & Physiology, Connexions Website.                     Photo credit – Khan Viqar blogspot.com http://cnx.org/content/col11496/1.6/ , Jun 19, 2013.   The diaphragm inserts, on average, 1 full spinal segment lower on the Right (L3) than on the left (L2).   The Diaphragm - Actions - Innervation - TeachMeAnatomy The difference in the diaphragm dome height and attachment sites make every human better at inhaling into our left lungs and better at emptying our right lungs.   These underlying asymmetries tha
Post a Comment
Read more

Those "Tricky" Hamstrings (Part 3)

So far, we have discussed the consequences of OVER STRETCHING and the role of the NERVOUS SYSTEM in treating and preventing hamstring injuries.  Now it's time to dive in to the ROTATIONAL component of our hamstrings.   We cannot treat the hamstring group in just one plane of motion.  Look at the diagram and notice that there are some hamstring muscles that attach to the inside (medial) side of the knee, and others that attach to the outside (lateral) side of the knee. When working together, the medial and lateral hamstrings will act in a coordinated manner to bend the knee and extend the hip.   Individually, the medial hamstrings turn the thigh inward (Internal Rotation or IR) and the lateral hamstrings turn the thigh outward (External Rotation or ER).  This means that the hamstrings are also a crucial player in side-to-side and rotational movements.  On the same lines, the hamstrings will act at the upper attachment at the pelvis.  The medial hamstrings will pull the p
Post a Comment
Read more