WHY FOCUSED SHOCKWAVE THERAPY?
Focused Shockwave Therapy is an advanced, non invasive treatment technology that delivers highly concentrated acoustic waves to targeted areas deep within the body. Unlike radial pressure wave therapy, which disperses energy outward and is primarily used for broader, more superficial tissue treatment, focused shockwave concentrates energy at a precise depth to target specific structures with greater accuracy and penetration.
This distinction is important because focused shockwave and radial pressure wave therapy are fundamentally different technologies. Focused shockwave generates true shockwaves with high peak energy and controlled focal depth, allowing clinicians to target deeper anatomical structures with far greater precision. Radial pressure wave therapy instead produces pneumatic pressure waves that disperse outward from the applicator, making it more suited for broader and more superficial tissue treatment.
From a physiological perspective, focused shockwave therapy creates controlled mechanical stimulation within targeted tissue, triggering biological responses associated with mechanotransduction. These effects support circulation, cellular activity, tissue re-modeling, and pain modulation. With the ability to deliver concentrated energy at depth, focused shockwave is commonly used for chronic tendinopathies, calcifications, bone related pathologies, and other difficult to treat musculoskeletal or urological conditions.
Biological effects of Focused Shockwave Therapy
Substance P Reduction
Focused shockwave therapy has been shown to help reduce Substance P, a neurotransmitter associated with pain signaling. Lower Substance P levels may help decrease pain sensitivity and improve patient comfort during recovery.
Neovascularization For Tissue Regeneration
Focused shockwave therapy stimulates neovascularization, the formation of new blood vessels within damaged tissue. This process can improve circulation, oxygen delivery, and nutrient exchange to support tissue healing and long term regeneration.
Stimulation Of Collagen Production
Stimulate fibroblast activity and collagen synthesis within damaged tissue. Increased collagen production can support tendon remodeling, tissue strength, and overall structural healing.
Nerve Regeneration & Neuromodulation
Focused shockwave therapy may influence peripheral nerve activity through neuromodulation. Research suggests it can support nerve regeneration, improve signal transmission, and help manage chronic nerve related pain conditions.
Enhanced Cellular Metabolism And Microcirculation
Focused shockwave therapy may stimulate mitochondrial activity and improve local microcirculation within treated tissue. These effects help support cellular energy production, metabolic activity, and tissue recovery.
High Energy Delivery At Depth
Focused shockwave therapy delivers concentrated acoustic energy to a precise depth beneath the skin surface for accurate treatment of deeper anatomical structures. Unlike radial pressure wave therapy, focused shockwave concentrates energy directly within the target area for a more controlled therapeutic effect.
Types of Focused Shockwaves
Electromagnetic Shockwaves
In electromagnetic shockwave generation the shock wave is emitted by a flat coil or a cylindrical coil by electrical pulses. In the flat coil a membrane is deflected which compresses a medium (water). The pulse is focused by means of an acoustic lens. In the cylindrical coil the shock wave is focused by a reflector.
Electrohydraulic Focused Shockwave
As the oldest focused shockwave technology used in medicine, electrohydraulic systems generate focused shockwaves through a high voltage electrical discharge in water. The resulting acoustic waves are concentrated to a focal point using a parabolic reflector, allowing deep tissue energy delivery.
Piezoelectric Focused Shockwave
The piezoelectric principle is based on a focusing of pressure waves, which is produced by the electrical activation of piezoelectric crystals. The piezoelectric crystals are mounted in a shell in such a way that the pressure waves of each crystal meet in a focus.
Focused Shockwave Vs. Radial Pressure Wave Therapy
Focused shockwave and radial pressure wave therapy are often grouped together under the term ESWT, but they work very differently. The biggest differences come down to how the energy is delivered, how deep the treatment can reach, and how targeted the treatment area can be.
Focused shockwave therapy delivers concentrated acoustic energy to a specific depth beneath the skin, allowing clinicians to precisely target deeper structures such as tendons, calcifications, bone interfaces, and chronic injury sites. Radial pressure wave therapy, on the other hand, spreads energy outward from the applicator, creating a broader and more superficial treatment effect that is commonly used for larger muscle groups and soft tissue conditions.
Both technologies have important clinical applications, but understanding the difference is essential when selecting the right treatment approach for a patient.
| Focused Shockwave Therapy | Radial Shockwave Therapy | |
|---|---|---|
| Mechanism | Electromagnetic, electrohydraulic, or piezoelectric mechanisms | Pneumatic (ballistic projectile impacts transmitter tip) |
| Clinical Uses | Chronic tendinopathies, bone non-unions, calcific deposits, erectile dysfunction, wound care | Myofascial pain, muscle tension, soft tissue recovery, general MSK support |
| Energy Distribution | Concentrated at a focal point deep within tissue Precise targeting |
Maximum energy at skin surface, dissipates with depth depending on RSW applicator Larger surface area |
| Penetration Depth | Focal zone depth up to 0–65mm and up to 125mm penetration depth (FSW stand-off dependent) Deeper reach |
Approximately 30mm |
| Peak Energy | 10–100 MPa ~100x higher at focal point |
0.01–1 MPa (RPW operate at approximately 1/100th the peak pressure of focused shockwaves) |
| Targeted Energy Delivery | Highly precise targeting of specific anatomical structures (e.g., tendons, bones healing, deep connective tissues) | More broad and diffuse application over larger surface areas |
| Treatment Sensation | More concentrated sensation, often felt deeper and more localized | More diffuse, surface-level sensation |
| Device Maintenance | Designed for longevity with minimal maintenance. Coil lifespan can exceed 1 million pulses with proper care. | Minimal maintenance. Lower revision costs compared to focused shockwave, with components capable of exceeding 1 million pulses with proper upkeep. Lower revision costs |
| Cost of Shockwave Device | Higher upfront investment; often used in multidisciplinary or specialty clinics. | Offered in multiple platform and budget options to fit the needs of growing MSK and rehabilitation clinics. Best ROI to start |
Ready to Add Focused Shockwave to Your Clinic?
Explore our STORZ focused shockwave devices and find the right fit for your practice.
Focused Shockwave Treatment Conditions
Focused Shockwave therapy is used across a wide range of musculoskeletal areas to support soft tissue treatment and functional movement.
- Myofascial Pain
- Plantar Fasciitis
- Bone / Fractures
- Tendinopathies
- Urological
- Lower Extremity Pain
- Upper extremity Pain
- Neck Pain
The Gold Standard of Focused Shockwave Devices
STORZ Medical Focsued T-TOP
Request a quote on the product page to get started!
The DUOLITH® SD1 T-TOP ULTRA is STORZ Medical’s flagship focused shockwave device, developed through decades of innovation and clinical research. Designed for performance and usability, it features a high resolution touchscreen, ergonomic design, and integrated handpiece controls for efficient workflow and comfortable treatments. Powered by advanced focused shockwave technology, the T-TOP ULTRA delivers precise high energy treatments with exceptional control and depth, helping clinicians effectively target chronic conditions while potentially reducing the number of treatment sessions required.
- One of the most widely used focused shockwave systems in the world
- Penetration depth up to 125 mm for targeting deep anatomical structures
- Integrated handpiece controls for quick and convenient treatment adjustments
- Lower long term service costs with simple coil replacement design
- Focused shockwave and radial pressure wave technology complement each other for a more complete treatment approach
Validated by Research. Trusted in Clinics.
Explore a growing body of research supporting the effectiveness of radial shockwave therapy in clinical practice.
69.2% Reduction In Heel Pain
Radial extracorporeal shock wave therapy is safe and effective in the treatment of chronic recalcitrant plantar fasciitis
89.6% Success Rate In Tennis Elbow Patients
Focused shockwave therapy demonstrated high clinical success rates in patients with chronic lateral epicondylitis at 3 month follow up.
Superior Outcomes In Chronic Plantar Fasciitis
Patients treated with shockwave therapy demonstrated better clinical response rates and fewer complications compared to alternative therapies.
Improved Early Bone Healing Evidence
A greater proportion of patients receiving focused shockwave + EMTT demonstrated radiographic healing at 4 weeks post operatively compared to controls.
Significant Reduction In Chronic Pelvic Pain
Focused shockwave therapy demonstrated significant improvements in pain and sexual function in women with vulvodynia.
Enhanced Reduction In Calcific Deposits
Combined focused and radial shockwave therapy demonstrated greater reduction of calcific deposits compared to individual therapies alone.
Setting the Global Standard in Shockwave Therapy
For decades, STORZ Medical has led the advancement of shockwave technology, delivering clinically proven solutions trusted by practitioners worldwide. From radial pressure wave to focused shockwave and EMTT, STORZ systems are engineered for precision, performance, and long term reliability.
Through Vale Medical, clinics gain direct access to these advanced technologies along with expert support to help maximize their clinical and operational impact.
Built on a foundation of continuous innovation and backed by extensive clinical research, STORZ Medical systems are designed to meet the demands of modern MSK care across physiotherapy, sports medicine, and orthopedics.