Together, let's ease the pain and free the movement.
With the power of physiotherapy and our innovative technologies, we can tap into that potential like never before.
The TECAR Winback current is a dynamic high frequency current ranging from 300 kHz to 1 MHz.
According to Dr. D'Arsonval's principle, the TECAR current causes a flow of ions through rapid electrical oscillations in the cellular environment. This induces an increase in intra- and extracellular exchanges and a diathermic effect on living tissue.
The effects of the TECAR current:
Metabolic action
Pain relief
Diathermy
Restore mobility
Hi-EMS creates a modulated medium-frequency current (1500-4000 Hz) that stimulates superficial or deep muscles. Unlike traditional electrostimulation, the Hi-EMS current provides a virtually painless contraction.
The effects of the Hi-EMS current:
Deep and superficial muscle recruitment for mobilization
Vascularization
The Hi-TENS current greatly improves the effectiveness of the classic low frequency TENS current (2 Hz, 5 Hz, 25Hz) by combining the diathermic effects of the high frequency TECAR.
The effects of Hi-TENS current:
Long-term relief of chronic pain
Immediate pain relief for acute pain
Bracelets: All the freedom you need
Exclusive to Winback: On your wrists or on your patient, the bracelets replace the electrode and transfer energy non-invasively and safely.
The TX intelligent handle and its 11 electrodes
Improved grip, automatic electrode recognition and remote program changes.
Connected Fascia tools for the body and face
When connected to one of the Winback devices, the Fascia tools will release adhesions, improve elasticity and restore range of motion.
Connected devices designed to last
Remote updates & service, access to your machine usage data: everything has been designed to allow your device to evolve in the future
Power-In: The power I need. The intensity I want.
A Winback patented innovation offering comfort, safety and efficiency, the Power-In allows the optimal energy level to be delivered according to the impedance of the tissue, the distance between the electrodes and/or the return plates and the size of the electrodes.
