Low-Level Narrow-Band Light Treatment System
Low-level narrow-band light treatment system selectively generates effective waves for treatment and activates living tissues unlike the high-level treatment system.Low-level narrow-band light treatment system generates reactions of heat, photoelectric, photo-magnetic, photo-dynamic and photo-enzyme using the light stimulation.It activates the human metabolism and enhances immunity function through this reaction.
Phototherapy System
This product generates 415nm, 660nm and 940nm rays using the semiconductor (GaAlAs) element for the source.Eruption efficiency and generation of light with low voltage of semiconductor element has made this product smaller.Semiconductor elements are mainly applied to low-level treatment fields including low-level laser treatment field.Phototherapy System’s rays are not absorbed into water or hemoglobin to penetrate deep into the skin tissue (20-30㎛) without damage allowing activation of the components, stimulation on the immune system and acceleration of the metabolism.
Treating principle of Photolight 660
Acne therapy performs its treating effect when the antibacterial and cell activation are applied simultaneously.Originally, UV rays should be used for disinfection but have side-effects such as damages on the skin and eye. Therefore, the Blue (415nm) wave is used which has the closest wave to that of UV. Blue wave has approximately 7% of UV rays and is included in the UVA used for medical treatment for Acne without any risk on the body. And Red (660nm) wave is used for cell activation. In addition, IR (940nm) wave also is effective to treatment with anti-inflammatory and warming effects by penetrating deep into the skin.
Spec
Wavelength
660nm
940nm
Output power
520mW
1400mW
Beam sourse
GaAlAs
Output Mode
CW, Pulse
Pulse Frequence
5Hz
Control
Microprocessor
Electrical consumption
220V/60Hz ,100VA
Product features
◦ It has short treatment time and no harm to daily life.
◦ It does not cause any damage on the skin tissue without side0effect.
◦ It uses specific effective waves of cells for the treatment.
◦ It has high energy density to show direct and indirect effects simultaneously during the treatment.
◦ It provides more effective treatment by radiating high pick energy instantly with the pulse function.
◦ It has high stability by radiating energy steadily.
◦ It is of no use for scanning owing to the large beam shedding area.
◦ It applies to various clinical fields with versatility.
◦ It provides safer treatment with its dispersed beam.
◦ It can be used semi-permanently with its a longer life span by adopting semiconductor chips compared to that of the laser treatment system with the existing tube type or lamp.
◦ It is convenient to use in a small space with its compact size by semiconductor.
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