A new, comprehensive phototherapeutic system specially developed for professional use in hospital, clinic, Cosmetics Salons, Hair Salons, Hair-Loss Clinics or home use.
Hair Laser Restoration
Phototherapy
What is phototherapy?
Phototherapy is a medical field where patients are treated with light illumination thus harnessing the biological effects of low-level narrow-band (LLNB) light. Today, phototherapy is used worldwide to treat ulcers, musculoskeletal injury, pain and inflammation.
Optics.
Phototherapy initially involved soft lasers with output powers of less than 1 mW. Over the years technology has improved and powers have increased. Today treatments are performed with devices having output powers between 4-40 mW. Treatment times, however, have shortened, as powers have increased and the light exposure delivered to the treatment site are usually 1-4 J/cm2. The characteristics of light illumination; coherency and monochromaticity, have been examined in detail and it is clear that coherency is are not crucial because it degrades rapidly by cattering as the beam passes through the tissue. Monochromaticity also is not crucial however, is vital as investigators have repeatedly shown that effects observed with narrow-band stimulation are absent with broad spectrum light. The optical "window" lies in visible to infra-red portion of the spectrum, extending from 600 nm to 1300 nm and including most of the products used in phototherapy. In particular, 660 nm have been widely used in wound healing while 940 is effective in pain relief.
Biological effects of LLNB light illumination.
In recent years, phototherapy has been a subject for credible and rigorous scientific research both in the laboratory and in the clinic in order to delineate the mechanisms and clinical applications of phototherapy. The basic tenet of phototherapy is that LLNB light illumination has a wavelength and intensity-dependent capability to alter cellular behavior in the absence of significant heating thereby exerting various effects at the biochemical, cellular histological and functional levels. The scientific rationale behind phototherapy relies on the fact that ample published scientific work has found clear evidence that LLNB light alters cellular processes. These include protein synthesis, cell growth and differentiation, cell motility, membrane potential and binding affinities, neurotransmitter release and ATP synthesis etc. The mitochondria, which is the main subcellular organelle responsible for the cell's energy production, exhibit frequency-dependent action spectra and many scientist feel that the mitochondria is at the base of the phototherapeutic effects of LLNB light. The most intensively investigated clinical application of phototherapy is the acceleration of cutaneous and mucosal wound healing.
Safety.
The power used in phototherapy is by definition to low to cause tissue damage and there have been no reports on adverse effects of LLNB illumination. However, retinal hazard is a concern and avoidance of looking directly at the beam source seem prudent.
Efficacy
The efficacy of this system has been demonstrated time and again in extensive clinical testing and in numerous case studies in which other treatment methods had failed. BioBeam ™ Pro 162 (660) can be used in conjunction treatment method when using BioBeam ™ Pro 162 (660). The technology used in the BioBeam ™ Pro 162 (660) is supported by NASA studies, aimed at providing astronauts a highly efficient therapeutic healing device to be used in space.
ALL THE PROVEN BENEFITS OF BIOBEAM ™ PRO 162 (660) FOR PROFESSIONAL USE
Proven Effective in Healing
BioBeam ™ Pro 162 (660) uses the proven therapeutic properties of narrow band light centered at the 660 nm wavelength region of the spectrum in order to accelerate the healing process in the treatment of:
Skin Ulcers
Post-Operative Wounds
Acne
Pressure Wounds
Natural Healing
The BioBeam ™ Pro 162 (660) light source possesses special qualities, which enhance the body's natural healing process. The results speak for themselves:
Faster healing
Less medication - causing fewer side effects
Fewer and shorter treatment periods
Treatment can be continued at home
User Advantages
Proven efficiency as an adjunct to conventional therapy
Often effective in cases resistant to conventional therapy
Simple and safe for professional use
Treatment is painless
No sensation of heat during treatment
Faster healling
Less Medication
Fewer and shorter treatment periods
Treatment can be continued at home
Important Features
Uses narrow band non-coherent light
Dispersed beam - far safer than
concentrated-beam systems
Extremely Large treatment area (100cm2)
Continuous and pulse illumination capabilities
Powerful up to 60mw/cm2
Unit design to treat large areas
Wheels base adjustment height 0-180cm
Modes of Operation
Continuous wave (CW) - for maximum total power
Pulse - short pulses of high power for maximum
depth penetration
Technical Specifications
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Wavelength
630 nm
•
Beam area
70cm2
Continuous Wave (CW)
•
Light power density
1000mW
•
Pulse peak power density
15mW/cm2
Pulse wave
•
Peak power at focus (typical)
45 mW/cm
•
Average power at focus
4.5 mW/cm2
•
Freaquency (typical)
130 Hz
•
Duty ratio (typical)
10%
Power Requirements
•
Input voltage
100-240V AC
•
Line frequency
The BioBeam Pro 162 (660) is a Class IIA photo-therapeutic medical device and complies with Annex VI of the Medical Device Directive 93/42/EEC and is CE certified (CE 0473).
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