Lumix -Model 100 e & 250 -Pulsed Superpulsed H.F.P.L. High Frequency Power Lasers
The design collaboration of its engineers with internationally renowned Universities has enabled Fisioline® to be, since 1993, the first Italian company to build high-power pulsed lasers, thus opening a new frontier in this type of equipment. Fisioline® continues in its technological evolution with the brand new Lumix® 100 and Lumix® 250 SUPERPULSED HIGH POWER LASERS (H.F.P.L.® High Frequency Power Laser Fisioline®). Lumix® 100 and Lumix® 250 are the latest Fisioline® innovation derived from over 30 years of scientific research, design and production made in Italy at the forefront of the latest generation Laser Therapy.
- 2 types of Laser emissions: Pulsed and Superpulsed
- the highest peak powers (from 1200W to 2000W)
- adjustable peak powers (on 3 levels)
- high average powers (from 3W to 6W)
- real Superpulsation (up to 100.000Hz)
- P.I.E. System (Photonic Interferencial Emission)
- pulses in nanotechnology: 70ns
- synchronization of the laser sources activation
- optical overlap of the laser sources spots
Having high peak powers allows the transfer of the average power generated by the laser sources deep into the tissues. An important factor of the new superpulsed lasers is the high average power.
Lumix® 100 and Lumix® 250 emit in the wavelengths of 905 nanometers. At the same wavelength, the peak power is the determining factor in order to reach depth.
Using a laser with high peak powers is therefore indispensable for reaching the deep layers: the peak power of Lumix® 100 and Lumix® 250 lasers varies from a minimum of 1200W to a maximum of 2000W.
Diodes optically superimposed and mixed with optical fibers to achieve homogeneous irradiation on a single spot.
The emission spot of commonly used multidiode lasers is actually composed of as many mini spots as there are source diodes. Each of these mini spots receives peak and average power from a single diode.
Lumix® 100 and Lumix® 250 lasers adopt the innovative multielement technique, which consists of conveying multiple laser diodes in a single spot, using optical fiber bundles and a final collimator.
This allows to add both the peak and average powers of each individual diode on a radiated area of high energy in a uniform way.
The emission spot size is of considerable importance, that is, the surface on which the laser radiation is evenly distributed (power density W/cm2). The larger the spot size, with the same power density, the greater the laser penetration into the tissues, thanks to the sum of scattering.
The spot of Lumix® 100 and Lumix® 250 varies from a diameter of about 2 cm to a diameter of about 6 cm through the use of special spacers. These features allow Lumix® 100 and Lumix® 250 lasers to transfer laser and thermal energy to considerable tissue depths.
Lumix® 100 and Lumix® 250 allow to obtain a wide volumetric involvement of the treated area with the administration of a high quantity of energy in depth, ensuring a particularly high tissue penetration and allowing to carry out very effective treatments in a short time.
The possibility of interacting on the emission mode, by adjusting the power and frequency, makes the Lumix® 100 and Lumix® 250 lasers extremely versatile for all uses of laser therapy in the physiotherapy, rehabilitation, sports and orthopedic fields.
Lumix® 100 and Lumix® 250 allow a wide frequency adjustment because different therapeutic effects are obtained depending on the value of the latter. The tissues respond differently to the various frequencies used: at 100.000Hz it is now possible to obtain with Fisioline® lasers the highest photomechanical effect that a multidiodic laser can generate.
Lumix® 100 and Lumix® 250 are equipped with a 0.2Hz overmodulation system with duty-cycle adjustment: it is possible to deliver pulse packets with variable duration thus creating a modulation of the set emission.
The historic collaboration of Fisioline® with Universities and Professional experts has produced scientific material and publications at an international level and has made it possible to create protocols that administer the right therapeutic dose with working frequencies up to 100.000Hz.
Measuring the energy in a extremely precise way allows you to obtain a rapid therapeutic result.
Lumix® 100 and Lumix® 250 emit the light beam within the nanosecond range.
The brevity and specificity of the light beam limits the heat emission to the surrounding tissues, concentrating efficacy only where needed.
The nanoimpulses allow to supply large amounts of energy without elevated thermal cutaneous effects, in total safety.
The real SuperpulsationThe use of high pulsation frequencies (over 30 KHz: Superpulsation) exploits a new physical phenomenon: the photomechanical effect, that is the transformation, at a molecular level, of the luminous EM energy into mechanical energy.
This can accentuate, at the same wavelength and power, the effects both on the conduction structures, that is on the muscle tissue (decontraction) and nervous (antalgia), and on the fibrose tissue (increase elasticity).
The wide frequency regulation range (manual and automatic) makes Lumix® 100 and Lumix® 250 lasers extremely versatile.