Product Description
Top 1 sell in USA Focused shock wave treatment device soft wave therapy focus shockwave machine
What is Focused Shock Wave Therapy?
Focused shock wave therapy - sometimes known as Focused Shockwaves - can provide more depth penetration for deeper tissue than radial waves, focusing its output into more localised, more profound areas.
Focused waves are made through a cone of crystals, and these cones focus the energy field when an electrical current is applied. The energy causes a pressure wave that can move through the skin without losing power in a concentrated zone.
This accuracy feature makes Focused Shock wave Therapy much better for treating issues affecting tissues deeper within the body (hips and lower limb conditions).
Focused shockwaves cellsonic regeneration can be generated using electrohydraulic, electromagnetic, and piezoelectric methods, each with distinct mechanisms: electrohydraulic uses an underwater spark plug to create a shockwave, electromagnetic uses a coil and a magnetic field, and piezoelectric uses a crystal that deforms to create a pressure pulse. These different technologies result in varying focal zone sizes and wave characteristics that are important for different medical applications.
Electrohydraulic
Mechanism: An electric spark is created in a fluid (like water), causing a rapid bubble expansion that generates a shockwave.
Focal Zone: This method produces the largest focal zone, meaning more cells are affected by each wave.
Characteristics: Known for having very short rise times.
Focusing: The shockwave is focused toward a target using a reflector.
Electromagnetic
Mechanism: A strong electric current induces a magnetic field, which interacts with another magnetic field to generate a shockwave.
Focusing: The wave is formed in the focal zone where the intensity reaches its maximum.
Characteristics: Rise time is longer than electrohydraulic systems, resulting in more oscillations in the wave.
Piezoelectric
Mechanism: Piezoelectric crystals are arranged on a sphere and rapidly contract or expand when an electric charge is applied, creating a pressure pulse that forms a shockwave.
Focal Zone: Generates the smallest focal zone among the focused methods.
Characteristics: Considered the only direct focused shockwave technology, where the energy is sent directly to the target without bouncing, which can lead to greater accuracy and consistency.
Focused Shockwave vs Radial Shockwave
Focused shockwave therapy delivers concentrated energy to a specific, deep point, ideal for conditions like deep tendon,cellsonic regeneration and bone issues, while radial shockwave therapy spreads energy more superficially over a wider area, making it better for broader muscle soreness or surface-level tendon problems. The key difference lies in penetration depth and precision: focused therapy is for deep, precise targeting, whereas radial is for shallower, wider treatment.
ESWT is an umbrella term for shockwave therapy, which can be either Focused (fSWT) or Radial (rSWT). The main difference is how the energy is delivered: fSWT delivers concentrated energy to a specific, deep point, while rSWT uses less-focused, broader waves that are less intense at depth but can cover a larger area superficially. Consequently, fSWT is better for deep-tissue issues like bone injuries or deep tendon pain, whereas rSWT is effective for more superficial and widespread pain.
Focused shockwave therapy
Energy distribution: Concentrates energy to a single, deep focal point.
Penetration: Deeper targeting structures between 6-12 cm and even deeper.
Best for: Deep tissue problems, calcifications, chronic tendon and bone issues, and conditions like erectile dysfunction.
Benefits: More precise, higher intensity at the focal point, and can promote greater tissue regeneration.
Mechanism: Often generated using electrohydraulic, electromagnetic, or piezoelectric technology.
Radial shockwave therapy
Energy distribution: Disperses energy radially (outwardly) from the point of application.
Penetration: More superficial, with energy decreasing the deeper it goes.
Best for: Superficial and wider-area problems like muscle trigger points, tendinitis, plantar fasciitis, and carpal tunnel.
Benefits: Effective for treating larger surface areas with less intense pressure, and often easier to apply.
Mechanism: Uses a handpiece to create pressure waves often through an air or oil compressor.
Benefit of TB Focused Shockwave
Pain relief: It disrupts pain signals by stimulating nerve endings and reducing pain-inducing chemical substances and cellsonic regeneration.
Accelerated healing: The therapy stimulates the formation of new blood vessels, promotes cell proliferation, and enhances tissue regeneration.
Improved mobility and function: It can soften tight areas in muscles and tendons, helping to improve mobility and flexibility.
Reverses chronic conditions: It can be effective for conditions like chronic plantar fasciitis, calcific tendinopathy, and tennis elbow.
ED Erectile dysfunction: Focused shockwave therapy uses low-intensity acoustic waves to treat erectile dysfunction (ED) by stimulating the growth of new blood vessels and improving blood flow to the penis.
Advantages of TB Focused Shockwave
* 12cm penetration depth, target for Musculoskeletal disorders, especially calcification
* Dynamic focus, easy adjust energy depth
* Essential for physiotherapy clinics: bone correction/pain/inflammation/calcification treatments
* Offer customization logo and casing
Product Parameters
Specifications
| Product Name |
Focused Shockwave cells regeneration device |
| Shockwave energy |
0.4MJ/MM2 |
| Shockwave frequency |
1-180hz |
| Shockwave shots |
500,000shots |
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