Revolutionize Your Therapy Results with Advanced Focused Shockwave

Step up your clinical outcomes and treat stubborn conditions efficiently with the INTELECT Focus Shockwave. This advanced device delivers precise, high-pressure shock waves that penetrate deep tissue, providing focused relief especially for chronic proximal plantar fasciitis and heel spurs. Electromagnetic technology ensures accurate targeting and consistency throughout the entire focus zone so you deliver powerful, effective treatments. The INTELECT Focus Shockwave saves clinicians time with short treatment sessions and delivers rapid, measurable results for your patients. Enhance recovery without medication and set your practice apart by offering a superior, non-invasive solution that supports cellular healing, growth factor release, and tissue regeneration.

Features and Benefits

• Electromagnetically generates extracorporeal shock waves for focused therapy
• High pressure peak achieved in less than 2 microseconds
• LCD touch screen interface
• Enhanced energy range from 0.01 to 0.55 mJ/mm²
• Broad frequency range between 1 to 8Hz
• Short treatment time; most sessions take only a few minutes
• Precise, targeted application to specific tissue zones
• Visible results after 1 to 5 treatments
• Reaches deep tissue with pinpoint accuracy
• Non-invasive and no known significant adverse effects
• Alternative to medication-based treatments
• Two stand-off variations for tailored penetration and precision
• Maximum penetration depth of approximately 4.7 inches
• Consistently high energy dynamics in the entire focus zone
• Positively influences cell functions and supports natural healing
• Accelerates growth factor release and supports regeneration

Indications for Use

• Chronic proximal plantar fasciitis
• Heel spur treatment at a depth of 1 inch
• Tendinopathies and recalcitrant musculoskeletal conditions
• Precise therapy of active and latent trigger points

Chattanooga’s Intelect Focus Shockwave device electromagnetically generates an extracorporeal shock wave, which produces a high pressure peak in a very short amount of time (<2μs), thus allowing for focused treatment of heel spur at a depth of 1 inch. The shock wave is focused to a small targeted area for treating heel pain due to chronic proximal plantar fasciitis

Greater Power & Depth for Better Treatment

In Extracorporeal Shock Wave Therapy (ESWT), a cylindrical wave is generated underwater inside the handpiece. This wave is focused through the reflector and transmitted into the tissue.

Chattanooga’s Intelect Focus Shockwave device electromagnetically generates an extracorporeal shock wave, which produces a high pressure peak in a very short amount of time (<2μs). Thus, allowing for focused treatment of heel spur at a depth of 1 inch.

The shock wave is focused to a small targeted area for treating heel pain due to chronic proximal plantar fasciitis

Focused Treatment

Focused Shock Waves-

Focused shock waves are preferably used in the treatment of deep target areas. The extracorporeal, focused shock wave permits precise diagnosis and therapy of active latent trigger points. Focused shock waves can penetrate approximately 4.7″ with pinpoint focus.

Treatment-

The efficiency of this modern ESWT device derives from the powerful and individually selectable energy range. The device’s shock wave source is equipped with a time-tested cylindrical coil and offers a constantly high energy dynamic in the entire focus zone.

2 stand-offs for tailored treatment-

The stand-offs provide different treatment options. The shorter the stand-off head, the more powerful the shock wave and the greater the penetration depth. The longer the head, the more precise the focal zone.

Physiological Effects of Extracorporeal Shock Waves

The acoustic wave positively influences the body’s cell functions and intrinsic healing capabilities. The physiological effects of shock waves on the tissue include enhanced neovascularity, accelerated growth factor release, inhibition of molecules that have a role in inflammation, and stimulation of cellular processes that contribute to tissue healing and regeneration.