Jetlasers portable laser dazzlers are made and tested with a precise eye safe power density for mere TEMPORARY vision impairment device. However, the power density established by Jetlasers is a little greater than the standardized ANSI Z136.1 power density of 2.55mW/cm² for a cw laser based on a 0.25 second exposure time (blink response). 2.55mW/cm², the maximum allowed (MPE) by ANSI Z136.1 to be designated eye safe, is 10% of the power density (26mW/cm²) necessary to cause irreversible eye damage, based on a 0.25 second exposure time.

PL-C FDA Compliant LASER DAZZLERS - SPECS & FEATURES:

• Precision Machined From T7075, the airplane grade ALl
• Full Night Vision up to 250 yards in Darkness
• For long-distance up to 3000m’s Hail and Warning
• Remote Control(Mouse Tail Switch) Can be Added.
• Full Well-Chosen and Tested Optical Lens Systems
• Long-range visual deterrent laser device for Disorientation
• Adjustable Beam Divergence, Diameter and power density
• Suitable for SAR Application, Hunting, Fishing, Marine, etc.
• Versatility: also works perfectly for Industrial Alignment
• Laser Outputing 50mw to 800mw, IR Filtered 532nm Green
• Built-in Detachable Beam Expander, drawing focus to Infinite
• Hand held or weapon mountable for versatility and convenience.

Product Description:

Thanks to the FDA complaint features of there portable Green Laser Dazzlers, they are 100% legal in Europe and in the United States. Class IIIb lasers incorporate a 5-point safety system which includes an aperture shutter, key switch, indicator LED, interlock, and output delay. As a lethal system, a laser sniper rifle would be a formidable weapon: perfect accuracy at any a range measured in miles, with no windage, no drop, and no need to allow for target movement. And it would not give the firer’s position away with a report, smoke or muzzle flash – all the enemy would see would be the effect when it hits the target. Although it would have little impact on armor, it would be useful against most other targets including aircraft and helicopters.

JETLASERS ARE MORE THAN WILLING TO PROVIDE POWER TEST VIDEOS UPON REQUEST.

Jetlasers portable laser dazzlers are Class 3b lasers with sufficient power (200, 300, 400, 500 mW, respectively) to cause ocular injury at short ranges (20, 30, 50, 80 and 100 meters, respectively, based on a 0.25-second unaided exposure) and temporary visual disorientation or flash-blindness at longer ranges. The hazard classification for a laser is based on the most restrictive Maximum Permissible Exposure (MPE) calculated. The MPE for a 0.25-second unintentional exposure to a 532 nm continuous wave laser is 2.6m W/cm2. To classify a laser, an accessible emission limit (AEL) is calculated by multiplying the MPE by the area of the limiting aperture, based on the laser wavelength and 0.25-second exposure duration.

The power density of Jetlasers portable green laser dazzlers at their own dazzling distance is around 0.6-2.6mw. In order to warn the user of  Nominal Ocular Hazard Distance (NOHD) of each laser dazzlers products, jetlasers divides the portable laser dazzlers into the dazzle level based upon the specific dazzling/temporarily blinding distance., which is is approximately equal to the NOHD value of this particular laser dazzler.

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Click here to view a PDF file of our Laser Dazzler.

Product Effectiveness:

This is the standard we stick to for making the general green laser dazzlers for defensive or security purposes.

• Within each listed dazzling distance, the BEAM effects criminal’s eyes and makes his resistance ineffective.
• At the distance up to 100-500 m the BEAM lights up objects, and helps to the detect objects.
• Within each listed dazzling distance, the temporary vision impairment can be effected when the dazzler laser beam is pointed at the human eyes. Eyesight effect lasts for 5-15 minutes (the period of sight recovery), makes difficult or impossible accurate eye activities like aiming, driving or running and jumping. The danger is obviously greatest if the beam is aimed directly into the eye.
• Within each listed dazzling distance, these laser dazzlers can be used as a target designator and allows giving warning or distress signals at up to 5 000 m distance.

With High-energy, continuous-beam laser optical systems, Jetlasers laser dazzlers are able to create an intense 532nm high power green laser beam power focused on a small area, from 15-20cm, the average human face profile to 1-2m's car-size profile.

NOHD [Nominal Ocular Hazard Distance] for direct intrabeam viewing is the distance beyond which an unprotected person may stand in the beam with a naked eye and be exposed without injury. It is extremely important to be aware of the NOHD when operating a laser. If you are unsure of the NOHD, then you presume it is the distance of the size of the room the laser is operating in, and that anywhere in the room is within hazard distance if laser light accidentally hits the eyes

JETLASERS’ portable laser dazzlers products are mainly for law enforcement use. We welcome trained and certified police and security personnel with open arms. We also provide FDA complaint laser dazzlers to those who purchased it for self defense purposes.

Lasers are dangerous. Laser light from laser pointers can potentially burn the retina of the human eye. The danger is obviously greatest if the beam is aimed directly into the eye, rather than merely scattered from the beam and seen from the side. The danger is dependent on the wavelength of the laser light, the power of the laser pointer, the divergence of the laser beam, the distance of the person from the pointer, whether the beam is seen directly or via a reflection, how long the beam is viewed and whether the human eye’s natural ‘blink response’ to bright light occurs.

In most all laser safety and compliance standards, the output aperture, a, and the beam divergence, (PHI), are defined relative to the e(-1) points. The total laser energy (Q(t)) or beam power (PHI) is defined as that which is collected from the entire beam (total values).

Many manufactures specifications use the e(-2) i points to define beam divergence. In this case, e(-2) i = 0.1353, or the total power (energy) is: 100% - 0.13 3 x 100% = 86.47% or approximately 86% of the total energy /power is within the e(-2) aperture. In some cases, they specify relative to the 90% point. Note that the beam divergence is larger at the e(-2) or 90% point. Hazard calculations are sensitive to the beam divergence and conversions from e(-2) points to e(-2) power points are often performed on beam sizes.