High intensity laser LAZR-207, 7W

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The LAZR-207 High Intensity Laser has the following important features:

• Maximum depth

Many pathologies of the musculoskeletal system are located in the deep area. The advantage of laser therapy is its ability to work deep down and address the cause of the pathology at its origin.

• Interaction between power and depth (with the same wavelength)

The ability of a laser to penetrate deep into the sky is often mistakenly attributed to the wavelength alone. In reality, force plays a key role in the therapeutic action of the laser on tissues. It is known that power (W) refers to the amount of energy that can be transferred in one unit of time (1 W = 1 J/ 1 sec). The energy reduction is inversely proportional to the reference depth. Higher power transmits more energy, overcomes the natural scattering of the laser and reaches the site of injury. Power is therefore the main indicator of energy transfer: LAZR produces a therapeutic effect in the deepest tissues.

• Wavelengths

Different wavelengths have different properties in terms of diffusion and absorption in human tissue, and the most appropriate wavelength can be chosen for each therapeutic purpose. LAZR has two wavelengths, 810 nm and 980 nm. 810 nm allows the rapid activation of the oxygenation process of haemoglobin: to transfer the correct energy supply to muscles and tendons, to facilitate regeneration. The 980 nm wavelength optimises the action of thermo-mechanical receptors. Linked to the E2C mode, they ensure the correct interaction with the peripheral nervous system, activating the pain gate control mechanism to achieve a rapid analgesic effect.

• Continuous emission mode

One of the LAZR emission modes is the continuous emission mode. This type of laser irradiation induces cellular biostimulation processes by increasing ATP production. Scientific studies on the effects of laser therapy have shown that a laser pulse must last at least 100 ms to trigger cell biostimulation. Therefore, only a continuous pulse (or a pulse with an emission duration of at least 100 ms) can induce an effect in the tissue, thus facilitating cellular bio-balance. A cell stimulated by a laser tends to “exchange” energy, returning to its original physiological function. Therefore, a continuous emission mode is necessary to activate the tissue regeneration process and accelerate the recovery time.

• Wide range of therapeutic effects: analgesic, anti-inflammatory, biostimulant

Fast pain relief without side effects. Thanks to its innovative emission mode, LAZR allows energy modulation to quickly combat muscle and joint pain. LAZR modulates inflammatory processes by deeply stimulating tissues, promoting vasodilation, increasing oxygen supply and thus activating key metabolic activities. LAZR activates cellular processes, inducing changes in tissues by stimulating collagen production.

• Different emission modes

The LAZR laser has a choice of 7 modes (steady, pulsed, single pulse, tunable, Antlnf, random scattering, ^E2C). Each of them, with their different uses and characteristics, offers a wide range of possibilities for the best treatment of chronic and acute diseases.

• Innovative ^E2Cmode

LAZR has a patented ^E2Claser emission system. ^E2Cemission generates variable laser pulse power. This method of energy delivery interacts properly with the peripheral nervous system. The “comfort heat emission” combined with the thermomechanical effect on the peripheral receptors allows for rapid polarisation of nociceptors, polarisation of A-delta fibres and blocking of pain signals during the gate control process. The analgesic effect significantly reduces pain after the first treatment, without any side effects.

• Programmes with the desired effect

To assist the practitioner, LAZR has specific applications to achieve the 5 main effects of laser therapy: biostimulating effect, analgesic effect, anti-inflammatory effect, anti-edema effect, tension-reducing effect.

• Comprehensive clinical library

The library contains pre-programmed clinical protocols with interactive illustrations for more than 60 pathologies.