Led Surtron

The LAMBDA Monodiodic+Exadiodic PHYSIOLED laser device is a device suitable for regenerative biostimulation and analgesic therapies. It is possible to connect optional transducer handles. The transducers can have different dimensions and radiation power. This allows the operator to use the best handle depending on the selected treatment. The LAMBDA Monodiodic+Exadiodic PHYSIOLED laser device has a safety control system that automatically deactivates the LASER emission in case of lost or incorrect positioning of the emission handle. The monodiodic head provides pulse power up to 30 Watts. The hexadiodic head provides pulse power up to 180 Watts.

The LAMBDA YAG PHYSIOLED laser device is a laser therapy equipment that allows you to work in depth on different types of pathologies. The wavelength used is 1064 nm. This, combined with the emission power, allows good diffusion and correct absorption by human tissue, combining analgesic action, anti-inflammatory action and tissue regeneration. This device allows working in two modes: continuous and pulsed. The continuous emission mode is suitable for pathologies where the injury is deep. It is able to activate cellular biostimulation processes and the tissue regeneration process, reducing movement recovery times. The pulsed emission mode is suitable for pathologies with an acute phase, for performing anti-inflammatory pathologies with low thermal effects. The pulsed emission mode is also suitable for rapid tissue regeneration and maintaining cellular balance. This allows for controlled vasodilation and better recovery of the inflammatory process.

The TESLA plates+cylinder PHYSIOLED magnetic therapy device is an ELF magnetotherapy device designed for professional applications and produces a magnetic field (ELF) characterized by: low frequency, negligible electric field, low radiated power, negligible thermal effects, high tissue penetration. It also has a graphic touch screen that allows interactive control of the unit. It is indicated for the treatment of significant traumatic pathologies with or without edema, pathologies in the acute phase, inflammatory syndromes of chronic diseases, in inflammatory and/or painful pathologies such as cervical osteoarthritis, lumbago, sciatica, tendonitis, sports injuries. It can have several simple transducers and a cylindrical transducer or two cylindrical transducers connected simultaneously. The outputs can be activated either simultaneously or one at a time.

The Electra 2-channel Physioled electrotherapy device provides different types of currents suitable for most of the treatment of painful syndromes and for regenerative or hypertrophic therapy through passive exercise and rehabilitation of musculoskeletal and/or denervated muscle tissues. The Electra 2-channel Physioled electrotherapy device features: Diadynamic Current that ensures the success of the treatment of painful inflammatory diseases of the muscles, joints, peripheral nerves and, in sports medicine, the rapid treatment of wounds and hematomas, Faradic current that allows the stimulation of normally innervated muscles in each treatment, pulsed current, which thanks to a constant increase in intensity over time, can be used to stimulate partially innervated or denervated muscles. It also features direct current, which can be administered individually or in combination with diadynamic, faradic and pulsed current, and makes the Electra 2-channel Physioled electrotherapy device useful for galvanization, galvanic bath and iontophoretic drug administration, bipolar current that allows its use for rejuvenating and restorative muscle stimulation. The symmetrical bipolarity of the stimulating waves improves the sensory acceptance of the stimulation, due to the mild perception of the supplied currents, avoiding other disadvantages in the electrolytic action of monopolar stimulation. The intervening currents ensure the transfer of low-frequency analgesic or motor stimulating current to deep tissue levels, through the help of higher frequencies that reduce skin impedance with a subsequent reduction in skin irritation problems.

The Electra 4-channel Physioled electrotherapy device provides different types of currents suitable for most of the treatment of painful syndromes and for regenerative or hypertrophic therapy through passive exercise and rehabilitation of musculoskeletal and/or denervated muscle tissues. The Electra 4-channel Physioled electrotherapy device features: Diadynamic Current that ensures the success of the treatment of painful inflammatory diseases of the muscles, joints, peripheral nerves and, in sports medicine, the rapid treatment of wounds and hematomas, Faradic current that allows the stimulation of normally innervated muscles in each treatment, pulsed current, which thanks to a constant increase in intensity over time, can be used to stimulate partially innervated or denervated muscles. It also features direct current, which can be administered individually or in combination with diadynamic, faradic and pulsed current, and makes the Electra 4-channel Physioled electrotherapy device useful for galvanization, galvanic bath and iontophoretic drug administration, bipolar current that allows its use for rejuvenating and restorative muscle stimulation. The symmetrical bipolarity of the stimulating waves improves the sensory acceptance of the stimulation, due to the mild perception of the supplied currents, avoiding other disadvantages in the electrolytic action of monopolar stimulation. The intervening currents ensure the transfer of low-frequency analgesic or motor stimulating current to deep tissue levels, through the help of higher frequencies that reduce skin impedance with a subsequent reduction in skin irritation problems.

The Sonora Physioled ultrasound device has operating frequencies from 1-3 Mhz with automatic tuning for the use of ultrasonic transducers. Through the sound signal it is possible to obtain continuous or modulated ultrasound with programmable intensity, to match the thermal therapy for different pathological conditions. Its handles can be used under water.