Advanced technology to accelerate recovery and improve performance
Stimulates the natural tissue repair processes, reduces pain and shortens recovery times.
An essential solution for physiotherapy, physical medicine and professional sports.
Not all Tecar therapies are the same
Tecar therapy, or Capacitive and Resistive Energy Transfer (C.R.E.T.), is an electromechanical technology that uses high-frequency energy to stimulate the biological processes of tissues.
It acts directly on:
Microcirculation
Stimulates circulation in small vessels,
improving the supply of nutrients to the tissues.
👉 Reduces edema and inflammation,
accelerating recovery processes.
Tissue Oxygenation
Increases the availability of oxygen at
cellular level.
👉 Promotes tissue regeneration
and improves the quality of recovery.
Cellular metabolism
Reactivates the metabolic processes of the cells,
making them more efficient.
👉 Accelerates tissue repair and
improves the therapeutic response.
🏥 Physiotherapy and Rehabilitation
✔ Muscle contractions, injuries
✔ Lower back pain, neck pain
✔ Post-traumatic rehabilitation
🏃♂️ Sport and Performance
✔ Injury recovery
✔ Prevention
✔ Load management
🩺 Physical Medicine
✔ Inflammatory diseases
✔ Joint disorders
💆♀️ Physio-aesthetic and Dermatofunctional
✔ Tissue improvement
✔ Advanced aesthetic treatments
How effective is Tecar therapy really?
Let's take a realistic example 👇
T-ADVANCED
T~ADVANCED represents a turning point for doctors, therapists and healthcare professionals seeking maximum performance, precision and versatility in a single device. The result of over ten years of research, T~ADVANCED integrates advanced T.E.CA.R. technology, designed to optimise treatments and improve the experience and results for both the professional and the patient.
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T-PLUS
T~PLUS represents the state of the art of tecar technology.
Through electromagnetic energy, it stimulates and accelerates physiological processes underlying functional recovery and sports performance.
TECARPULSE-II
Tecarpuls-II transmits energy to the tissue continuously or in pulses. The pulsed mode allows for targeting the tissue at high power without creating excessive heat. Therefore, an efficient treatment is achieved even in the acute phase.
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