Description
Powerful UV Flashlight for Urine Detection
The best investment you’ll ever make! Carpet cleaners know that real gold is yellow and found in carpets, not caves. This high-powered, 51 LED UV light is built specifically for urine detection and will have you screaming “Eureka” all throughout your customer’s house. The lights are tuned to work in the 385-390nm range of the UV spectrum and waste very little energy in the spectrum of light that doesn’t cause the molecules in urine to fluoresce. Translation: more battery power is devoted to detecting urine stains, not lighting the room.
Durable is an understatement for this light. The UV light is water resistant, shockproof and the rugged aluminum body will protect your light from mishaps in the van. LED lifetime is an impressive 100,000 hours and will run for hours on three AA batteries. *Batteries are not included*
Don’t get stuck with a dead light! Rechargeable lights can provide unpleasant surprises when you show up to a customer’s house and discover your battery is dead. Keep a spare set of batteries handy and you’ll never be without your gold detector.
Amber glasses are highly recommended for detecting urine. These glasses are inexpensive and will greatly improve the contrast of any urine stain – a must with any UV flashlight.
The graph below shows the optimal wavelength for UV lights, which is between 385 and 405nm. Anything above 405nm shows as purple, visible light and is not actually creating fluorescence. A more focused light, represented by the red line has a high level of intensity in the the optimal range, and will fluoresce urine more brightly. A typical UV light using older technology, represented by the green line, has a broader range of electromagnetic radiation and will generally not work as well in daylight conditions. When testing a light, make sure to judge it by how well it fluoresces the desired material, not by how much visible (purple) light is seen, as purple light is just wasted energy. A simple, and sometimes scary, way to check the effectiveness of a light is to find the nearest restroom and test it with the light on and off.
