According to the Centers for Disease Control, osteoarthritis impacts over 32.5 million adults in America and can affect patients in their teens and twenties to older adults. Extracorporeal Shockwave Therapy (ESWT) and Extracorporeal Magnetotransduction Therapy (EMTT) are innovative medical technologies that enable medical professionals to treat osteoarthritis non-invasively and help patients get better faster, minus risk and downtime.
Because osteoarthritis is considered the most common cause of disability among adults in this country, it's critical to utilize effective, therapeutic approaches that minimize its impact.
The Benefits of Shockwave Therapy for Osteoarthritis
Shockwave therapy for osteoarthritis offers significant benefits for patients seeking relief from pain and associated limitations. Here are eight advantages of shockwave therapy:
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Evidence-based: Extensive research and numerous clinical studies support the efficacy of shockwave therapy in treating osteoarthritis, musculoskeletal disorders, tendonitis, and more.
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Non-invasive: Unlike injections and surgical interventions, shockwave therapy for osteoarthritis is entirely non-invasive, eliminating risk and the need for lengthy recovery downtime.
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No anesthesia required: Shockwave therapy does not require anesthesia. It stands out as a safe and comfortable treatment and is a welcome relief to patients looking to avoid anesthesia.
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No risk of infection: Because no incisions or injections are required, no sharp object penetrates the skin, essentially eliminating the likelihood of infection.
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No scarring: No incision means no scarring. There is no need to worry about unsightly scars or the formation of scar tissue; this treatment preserves the skin's natural appearance.
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No downtime: In contrast to surgery or other invasive treatments, shockwave requires little to no downtime. This means patients can reasonably expect to resume normal activities shortly after treatment.
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Cost-effective: While surgery and other invasive treatments involve high costs incurred by hospitalization, extended downtime, loss of work, etc., shockwave treats osteoarthritis effectively in a few short visits, providing cost savings to patients in many ways.
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Faster, more effortless healing: ESWT/ EPAT ignites the body's natural healing capacity, stimulating tissue regeneration and repair. All of this accelerates healing timelines for patients.
It's easy to see why shockwave is hailed as a game-changer in treating osteoarthritis and various musculoskeletal conditions. Shockwave's array of advantages to patients and medical practices is outstanding.
Why Offer Shockwave Therapy to Patients with Osteoarthritis
Medical professionals dedicated to patient healing should offer shockwave therapy to patients with osteoarthritis due to its ability to deliver non-invasive pain relief, vastly improve joint function, and reduce patient reliance on OTC and prescription pain medication.
Here is a list of more advantages related to shockwave therapy for osteoarthritis:
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Over 80% patient satisfaction: Exceptional patient satisfaction rates are instrumental to thriving
in today's competitive healthcare landscape.
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Competitive advantage of expanded service offering: Becoming the go-to provider for
innovative, breakthrough healing alternatives puts you at a considerable competitive advantage.
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Achieve practice growth: New streams of revenue flow as new streams of patients come forth,
seeking regenerative treatments by name.
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Efficiency gains: Incorporating ESWT, EPAT, and EMTT into your continuum of care streamlines
patient care processes, reduces wait times, and optimizes staff performance.
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Reduced referral dependency: medical professionals can expect minimized dependency on
referrals by offering comprehensive solutions under one roof.
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Patient retention and loyalty: Patients appreciate the convenience of finding treatment solutions
from a trusted provider as it simplifies medical care and naturally increases patient loyalty to thei
trusted provider.
By offering best-in-class alternatives to treating osteoarthritis and other musculoskeletal conditions, physicians and healthcare providers create a pathway to improve the practice's financial performance and ROI.
Research Supporting the Use of Shockwave Therapy for Osteoarthritis
Medical practitioners can trust the efficacy of shockwave therapy for osteoarthritis, as numerous published studies support the value of this therapeutic approach. This supportive body of clinical studies advances evidence-based practice, reveals optimized treatment protocols, and ensures the safety of patients. Review the summary and study links below:
- Extracorporeal Shockwave Therapy shows excellent promise in managing Osteoarthritis (OA). It alleviates chronic pain and restricted joints by igniting healing and facilitating a regenerative response. Read "Extracorporeal Shockwave Treatment in Knee Osteoarthritis: Therapeutic Effects and Possible Mechanism," authored by Senbo An, Jingyi Li, Wenqing Xie, Ni Yin, Yusheng Li, and Yihe Hu, published in Bioscience Reports
- An additional study of interest compared the effectiveness of focused and radial extracorporeal shockwave therapy for treating knee osteoarthritis. Review the study in its entirety, "Comparative Effectiveness of Focused Extracorporeal versus Radial Extracorporeal Shockwave Therapy for Knee Osteoarthritis—Randomized Controlled Study" authored by Nai-Yu Ko, Chih-Ning Chang, Chu-Han Cheng, Hui-Kung Yu, and Gwo-Chi Hu published in the International Journal of Environmental Research and Public Health.
- One study found that combining ESWT with rehabilitation therapy is a favorable, effective therapeutic approach for managing early and middle stage knee osteoarthritis. Improvements in biomarkers, clinical scores, and muscle activity were reported. Be sure to read “Effect of extracorporeal shock wave treatment combined with rehabilitation therapy on early and middle stage knee osteoarthritis,” authored by Weimin Li, Xianglian Chen, Chu’ai Tang, Chaobiao Wen, Xiuxiang Wu, and published in the International Journal of Clinical and Experimental Medicine.
Shockwave Therapy vs Cortisone Injections for Osteoarthritis
We have covered the benefits of non-invasive shockwave therapy for osteoarthritis, and now we’ll explore how it differs from cortisone injections for osteoarthritis. It’s important to note that non-invasive approaches do not have the same inherent risk that often accompany more invasive treatments, including corticosteroid injections.
Osteoarthritis (OA) of the hip and knee is among the most well-known joint disorders seen in medical practices today. Cortisone injections have long been among the most common treatments offered to patients suffering from joint pain, particularly in the hips and knees.
In addition to the invasive nature of injections, they also open the door to a host of negatives and complications. In a special report published in the journal Radiology, researchers looked closely at intra-articular corticosteroid injections in the hip and knee. They examined whether they do more harm than good. In summary, there's an increased clinical awareness of adverse joint events after intra-articular corticosteroid injections.
Notable discoveries within the Radiology study include the negatives of cortisone injections and reveal the need for additional research:
- Adverse joint events after corticosteroid injection, including accelerated osteoarthritis progression, subchondral insufficiency fracture, complications of osteonecrosis, and rapid joint destruction with bone loss, are becoming more recognized by physicians and radiologists, who may consider adding these risks to patient consent.
- Specific imaging findings and patient characteristics could only potentially assist radiologists and other physicians identify which joints are at risk for complications after IACS injections combined with local anesthetics.
- The radiology community should encourage high-quality research to further understand these adverse joint findings and how they possibly relate to the IACS injections to prevent or minimize complications.
No patient should have to endure damaging side effects and setbacks like this, and they don't have to because safe alternative treatment, like shockwave therapy, is a superior option.
EMTT for Osteoarthritis
Regenerative medicine's rising star, EMTT, is evidence-based, non-invasive, and an exceptional complement to EPAT/ESWT. Also, EMTT can be used as a stand-alone treatment for osteoarthritis, numerous musculoskeletal disorders, and various pain syndromes. Notably, it addresses wear and tear injuries, including osteoarthritis of knees, hips, hands, shoulders, and elbows., EMTT is ideal for treating lower back pain, arthritis, as well as inflammation of tendons and joints.
The pulsed EMTT energy awakens the body's natural aptitude for healing, advances degenerative joint regeneration, and has an analgesic effect on pain. Explore scientific research on EMTT:
- Explore the synergistic potential of EMTT and focused shockwave therapy for treating symptomatic medial meniscal tears, in the illuminating case report by renowned Dr. Prof. Karsten Knobloch. “Novel Extracorporeal Magnetotransduction Therapy with Magnetolith and Focused Electromagnetic Extracorporeal Shockwave Therapy in Medial Meniscal Tear – A Case Report" was published in the Journal of Regenerative Science.
- Delve into a prospective randomized controlled trial exploring the efficacy of electromagnetic transduction therapy (EMTT) in alleviating non-specific low back pain. Discover how EMTT emerges as a promising treatment modality for individuals struggling with this common ailment. Be sure to read “Electromagnetic Transduction Therapy in Non-Specific Low Back Pain: A Prospective Randomized Controlled Trial,” authored by Prof. Dr. Ludger Gerdesmeyer, et al., which was published in the Journal of Orthopaedics.
- Discover how EMTT, with its high-intensity electromagnetic impulses, shows promise in stimulating healing without harmful effects on mesenchymal stem cells (MSC) cultures, potentially revolutionizing soft tissue engineering and treatment options in orthopedic surgery and traumatology. Read the novel study published in Electromagnetic Biology and Medicine, “Stimulation of Human Bone Marrow Mesenchymal Stem Cells by Electromagnetic Transduction Therapy – EMTT” published in Electromagnetic Biology and Medicine. Authored by Prof. Dr. Ludger Gerdesmeyer, Amol Saxena, DPM, et al.
The Best Shockwave Therapy Devices for Osteoarthritis
Selecting the best shockwave device for osteoarthritis may initially seem overwhelming. STORZ Medical is the gold standard in shockwave – it’s the best choice and available from CuraMedix.
Below are the featured models from the OrthoPulse Ultra Series, powered by STORZ Medical; this series features radial pressure wave machines:
OrthoPulse Ultra 200
The OrthoPulse Ultra 200, also known as the D-ACTOR 200 Ultra and MASTERPULS® MP200. This EPAT system includes integrated compression technology, three applicators, an LED display, and an optional touchscreen.
OrthoPulse Ultra 100
The OrthoPulse Ultra 100, also known as the D-ACTOR 100 ULTRA and MASTERPULS® MP100, also features integrated compression technology, three applicators, and an LED display.
OrthoPulse Ultra 50
The OrthoPulse Ultra 50, also known as the D-ACTOR 50 Ultra and MASTERPULS MP50®, is a compressed air ballistic pulse wave generator with three applicators and an LED screen.
The DuoLith series includes a range of focused shockwave devices powered by STORZ Medical for your medical practice.
DUOLITH® SD1 T-TOP Ultra
The DUOLITH® SD1 Ultra Modular System is a modular powerhouse featuring Radial Pressure Wave (EPAT), Focused Shock Wave (ESWT), and Diagnostic Ultrasound in one device.
DUOLITH® SD1 Ultra Modular System
The DUOLITH® SD1 Ultra Modular System is a modular powerhouse featuring Radial Pressure Wave (EPAT), Focused Shock Wave (ESWT), and Diagnostic Ultrasound in one device.
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“Combined extracorporeal shockwave therapy has greatly improved my ability to provide patients with pain free treatment that keeps them in their sport and activity. Its use for tendinopathies, bone edema, and arthritis (among a growing list of pathologies) results in a faster recovery and rehabilitation in a majority of patients and athletes and is well tolerated universally. Want to up your game? Add shockwave therapy to your sports medicine practice.” |
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"I think that people want something that's going to help them feel good right away, and we almost always use shockwave along with exercises and other things. The ability to decrease their pain right up front is a huge sell. I would say one of the benefits is that you can experience an analgesic component right away. While not covered by insurance, the cost-effective nature of shockwave far outweighs the alternative if you think about how many return visits people come back for when they don't get better." |
Why Partner with CuraMedix for your Shockwave and EMTT Devices
When investing in a shockwave therapy or EMTT device for your practice, prioritize the importance of steadfast support from your initial expression of interest and inquiry throughout the buying and onboarding journey to maintenance and after-sales support. This customer-centric approach is what you should expect from the company you choose to partner with and is essential to optimal device performance and integration success.
CuraMedix is the leading distributor of the full suite of STORZ Medical shockwave and EMTT devices in the US. We have earned that top spot by providing the highest level of customer service and support.
Comprehensive servicing, unrivaled marketing support, and educational training significantly contribute to the effectiveness and safety of regenerative technologies like EPAT/ESWT and EMTT in practice. Our comprehensive approach benefits medical practices and patients, creating a veritable win-win for all by ensuring optimal treatment outcomes and patient satisfaction.
Learn more about the science behind shockwave, EMTT, and regenerative solutions from CuraMedix, empowering you to integrate them effectively into your practice. Contact us today, and we'll connect you with a shockwave or EMTT expert.