HIGH INTENSITY LASER & SHOCKWAVE THERAPY
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HIGH INTENSITY LASER & SHOCKWAVE THERAPY

HIGH INTENSITY LASER & shockwave therapy the most VERSATILE TREATMENT options available BTL Shockwave therapy is a new non-invasive solution for chronic musculoskeletal pain. Extracorporeal shockwave therapy is most frequently used in physiotherapy, orthopaedics and sports medicine. Applications are mostly associated with the treatment of chronic muscular and tendon disorders, calcifications and bone disorders. During Shockwave therapy acoustic waves interact with the body tissues. This leads to a cascade of beneficial effects including neovascularization, reversal of chronic inflammation,...

SCIENTIFICALLY -PROVEN RESULTS

shockwave therapy HIGH INTENSITY LASER FAST AND permanent RELIEF FROM PAIN MILESTONE IN LASER THERAPY • nique, non-invasive solution for musculoskeletal pain U • ust three to four treatments needed at weekly intervals J • therapy session only takes about 10 minutes A fields of application • rthopaedics O • Rehabilitation • Sports medicine • New generation of technology in laser therapy • Deeper penetration • Superior clinical outcome • Maximum safety ADVANCED TECHNOLOGY • eep tissue penetration with power up to 12 W in continuous mode D • Max. power more than 50 times higher than in LLLT...

ONE UNIT, ENDLESS POSSIBILITIES

HIGH INTENSITY LASER & SHOCKWAVE THERAPY most common indications High Intensity Laser Shockwave therapy shockwave therapy Acute cervical pain Calcific tendonitis of the shoulder The LEADING TECHNIQUE IN PAIN MANAGEMENT AND TISSUE REPAIR THERAPY • on-invasive alternative to surgery for chronic tendinopathies and calcifications N • ighly efficient solution for pain therapy and mobility restoration H Tennis elbow Chronic epicondylitis high intensity laser therapy a revolution in therapeutic laser technology • ffective and powerful therapy for sport injuries, muscle spasms and back pain E • eep...

HIGH INTENSITY LASER THERAPY • 064 or 810 / 980 nm wavelength 1 relative absorption HIGH INTENSITY LASER & SHOCKWAVE THERAPY Unique combination in A SINGLE SYSTEM hemoglobin melanin Unique wavelength Unlimited penetration depth • 064 nm wavelength of Nd:YAG laser 1 • ptimum ratio of absorption and penetration O shockwave therapy • ressure: Up to 5 bars P The most powerful shockwave HIGH INTENSITY LASER & shockwave therapy Perfected applicator ergonomy • ighly energetic acoustic H wave with up to 5 bar pressure • ast and permanent relief from pain F • Ergonomically shaped handle for •...

HIGH INTENSITY LASER & SHOCKWAVE THERAPY THREE treatment POSSIBILITIES IN ONE UNIT shockwave therapy most common applications PAINFUL SHOULDER (CALCIFICATION, TENDONITIS, IMPINGEMENT SYNDROME) Therapy parameters pressure: 3–4 bar frequency: 10–15 Hz number of shocks: 2000 Patient position lying on back or sitting upright Frequency of treatments 5–10 days Number of treatments 3–5 sessions Heel spur, PLANTAR FASCIITIS Therapy parameters pressure: 2.5–3.5 bar frequency: 10–15 Hz number of shocks: 2000 Patient position lying prone supported under the ankle Frequency of treatments 5–10 days...

high intensity laser most common applications MUSCLE STRAIN Therapy parameters Power: 4 W Frequency: continuous Recommended power 4 W in acute phase, up to 12 W in chronic phase Recommended dosage Use 100 J/cm2 in acute phase and in chronic conditions increase the dosage to 150 J/cm2 Frequency of treatments Up to 5 times per week Number of treatments 4–8 cervical pain Therapy parameters Recommended power 8W Recommended dosage Use 5 J/cm2 in acute phase and in chronic conditions increase the dosage to 8 J/cm2 Frequency of treatments 2–5 times per week Number of treatments 3–6 low back pain...

TECHNICAL PARAMETERS Technical specifications BTL-5000 SWT POWER + HIGH INTENSITY LASER 7W BTL-5000 SWT POWER + HIGH INTENSITY LASER 12 W Part number Total output Operating wavelength Laser parameters Continuous, pulsed and single pulse Safety features Emergency off switch Footswitch operation Safety interlock Shockwave parameters Maximum pressure Maximum frequency Single mode & Continuous mode Burst mode Intensity gradient mode Encyclopaedia with anatomical images User-defined diagnoses Unit parameters User-interface 5.7” colour touch screen 320 x 190 x 280 mm (main unit) 330 x 220 x 300...