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Laser Safety GogglesProduct InformationStock Code: MOD52Sales Rank: 1430
Goggles
DescriptionPlease note that it is essential to wear protective safety goggles specified with all of the Laser modules. Required for the patient for 15w, 40w, 75w SP IR laser modules and are advised for the practitioner. They are compliance with EN 207:A1:2002 norm (scale L3 at 905nm).
Type of laser:
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15W IR Pulsed Laser Module
Laser stimulation
The Laser emission will act like electric or needle stimulation ("needle laser"), by disturbing the local electric balance at the acupuncture point, information which mobilises energy in accordance with the principles of acupuncture. The energy imparted is effective, even through it is not comparable to moxibustion, but the action is probably more electromagnetic. This laser stim... Read More...
40W IR Pulsed Laser Module
Depending on whether the point that you are going to stimulate is located on the surface or below the skin, choose a Laser Module with a greater or lesser peaking capacity.
• 15W is adapted to shallow acupuncture: the face and other sensitive areas.
• 40W is generally enough for the majority of body points that are treated.
• 75W is especially adapted to significant muscular or fatty ma... Read More...
75W IR Pulsed Laser Module
Depending on whether the point that you are going to stimulate is located on the surface or below the skin, choose a Laser Module with a greater or lesser peaking capacity.
• 15W is adapted to shallow acupuncture: the face and other sensitive areas.
• 40W is generally enough for the majority of body points that are treated.
• 75W is especially adapted to significant muscular or fatty mas... Read More...
40W Superpulsed IR Laser Module
This Laser unites power and strength:
The 40W peaking capacity ensures good penetration, and the pulse bursts apply constant energy per unit of temps, on the order of one Joule/ 30 seconds. This also applies Information and energy to large surfaces in a short period.
IR Laser emission penetrates the tissue in depth, with the 905nm wavelength corresponding to the minimum absorption window of w... Read More...
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