Page 258 - FYSIOCatENG08-2018

fysiomed
LASER HPL - HIGH POWER LASER UNIT
HPL stands for High Power Laser and characterises the new equipment for lasertherapy, which are provided with the new high power infrared diodes with a great depth of action. In order to activate the natural repairing processes it’s advisable to involve the different cells with an energy density able to cause a biological effect.The power diodes in the infrared field, used for the HPL, assure such a depth of action and power to involve the different cells and activate repairing, analgesic and anti-inflammatory processes.
One of the most important effects of laser light consists in favouring and accelerating the transformation from ADP to ATP. The stimulation of the endoplasmatic reticulum made by laser light allows increasing protein synthesis and also the synthesis of collagen, which is needed into the general repairing processes.
The suitable parameters for treatment can easily be obtained: when the therapeutic target is established, the opera- tor can act indifferently on application time or energy density, deciding at the same time to keep unchanged one and modify the other.The computerised system computes automatically the missing parameter in connection with the delimited scanning area.
The emission mode is both continuous and pulsed. In continuous mode the power of laser is always the highest and it is suitable for treating wide areas of the body, for which it is necessary to deliver a high energy density in relatively short times.The pulsed emission instead is used to avoid an early saturation to laser energy of the treated part.
The HPL scanning plane has an automatic rotation system from +90° up to -45°, and allows treatment in a seated, upright of lying position.
The setting of the parameters and the scanning area can also be carried out by a wireless remote control.Two large and clear LCDs are available: one on the front panel and one on the backside.
Therapeutic effects:
• anti-inflammatory • anti-oedema
• antalgic
• wound healing
Applications:
• rheumatology:
o rheumatic arthritis o arthrosis
• traumatology:
• dermatology:
o dermatitis o wound
o cheloidis
o stasis ulcer • neurology:
o o o o o o o
tendonitis
periarthritis
cervical syndrome cervicobrachial syndrome lumbago
sciatic syndrome muscular contracture
o o o
trigeminal neuralgia post-herpetic neuralgia miotensive cephalea
Technical specifications:
• visible beam: 632 nm
• high power diode: 808 nm
• effective power: 1600 mW
• emission: continuous and pulsed
• duty-cycle: 10 - 100%
• frequency: 10 - 20000 Hz
• laser energy: 0 - 100 Joules
• rotation of scanning plane: -45° - + 90°
• available protocols: preset and adjustable during treatment • customised protocols: 80 files with three steps
• laser protection class: IV
• IEC protection class: I type BF
• dimensions: 45 x 60 x 160 cm
• weight: 60 kg
13400-HPL1.6-IR1600mW 13405-HPL3.2-IR3200mW
13410 - HPL CO2 - sealed source 15 W 13415 - HPL Bipower - CO2 + IR 13420-HPL7.0-IR7000mW
Option:
13401 - MANUAL PROBE
• laser source: infrared diode GaAs 904 nm • pulse width: 200 ns
• peak power: 12 W
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