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and peak powers up to 100 W per diode. This results in a higher concentration of light energy or
photon density at tissue depth, without the risk of burning tissue. The 905 nm GaAs pulsed laser is the
most versatile for deep lying structures (joints, vertebrae, back(muscles)), whereas the 808 nm GaAlAs
(Gallium-Aluminium-Arsenide) continuous laser is more appropriate for wound healing and tissue
repair.
The Endolaser 120 will automatically recognize the probe that is connected. The user can connect two
laser probes to the device, which offers the convenience of not having to disconnect a probe and
reconnect a different probe. Only one channel can be active at a time. Activation of each applicator
can be controlled from the laser menu and in combination with the trigger on the probe.
The Endolaser 120 has been designed with safety in mind. It contains key control unlocking, Remote
Interlock system, Emergency Stop and laser protective goggles, to protect against potential hazards.
Device Design
The main product features of this device are:
•Laser Probe(s)
•(Smart) Holder for Laser Probe
•Target Light
•Laser Trigger on the Probe
•Embedded electronics inside the probe
•Ergonomic design
•LCD touch screen
Principle of Operation
The Endolaser 120 contains a mains electricity (AC-powered) diode laser intended to be used to
provide low-level laser therapy (LLLT) for a variety of clinical applications (e.g., to treat pain, promote
healing of wounds/injuries/disorders of the joints and soft/connective tissues, for non-needle
acupuncture). It consists of an electronic control with a connected applicator to generate laser light in
the range infrared frequencies (808 nm and 905 nm). It is intended to be operated by a healthcare
provider in a clinical setting.
Four well accepted effects in the scientific literature are:
•Biostimulation / Tissue Regeneration
•Reduction of Inflammation
•Analgesia
•Enhanced Immune Function / Antimicrobial
One important way in which laser therapy adds energy is through photon absorption by mitochondria.
These tiny organelles which have been called the "powerhouses" of the cell, are found in most plants
and animals. Mitochondria are able to absorb laser light which then activates a series of reactions to
increase and store more cellular energy in the form of adenosine triphosphate (ATP).
By increasing energy available in this readily accessible form, laser light is able to greatly stimulate the
biological function of cells, tissue, and systems and even raise overall vital energy throughout the
individual.
Laser therapy has been shown to stimulate the regeneration of bone, blood, the lining of blood
vessels, cartilage, cochlear hair cells, central and peripheral nerve, and muscle. Moreover, it has been
documented to enhance the quality of healed tissue. Laser therapy may be an ideal treatment. It may