DARKBEAM UV Flashlight 365 nm Mini Black Light 🔦
Description:
This compact UV torch is built for inspection tasks that need a focused 365 nm beam, such as locating pet urine, checking fluorescent markers or tracing small leaks. It combines a pocket-friendly metal body with rechargeable power and a black mirror filter to deliver a cleaner ultraviolet output for indoor and outdoor use.
Key Points
The lamp uses a 365 nm LED which is favoured for forensic and inspection tasks because it highlights many fluorescent materials more reliably than longer-wave UV. For quick field checks it is light and easy to hold, and the included clip and pocketable size make it simple to carry when travelling. A protective pair of UV glasses is provided to reduce direct eye exposure while working. ⚠️
A small red indicator shows charging in progress and a green indicator signals a full charge, which helps when you need the unit ready for extended use. The aluminium alloy body improves heat dissipation during extended runs, and the detachable clip adds convenience for hands-free placement when examining surfaces. 🔦
Technical Specifications
- Name: DARKBEAM UV Flashlight 365nm
- Wavelength: 365 nm
- Power output: 10 W
- Battery life: 3–6 hours (according to the manufacturer)
- Dimensions and weight: 5.1 x 1.1 inches, 4.64 oz
- Charging: USB-C, approximately 4 hours to full charge
Usage Recommendations
For detecting pet stains and small bodily fluids use the torch in a dim room and move it slowly across suspected areas. The 365 nm beam is less visible to the eye than 395 nm alternatives, which can make spotting subtle fluorescence easier when conditions are dark. When curing small resin parts or checking security inks keep the lamp at the recommended working distance noted by your materials manufacturer, because intensity falls with distance and may affect visibility or curing speed. 🧪
When searching outdoors for scorpions or minerals consider that ambient light and moonlight can reduce contrast, so perform checks under as dark conditions as possible. Note that some fluorescent responses vary by material and concentration, and that not all stains or minerals will show strong fluorescence. Also, prolonged direct exposure to UV on skin or eyes should be avoided even when wearing protective glasses.
