Flashlights have a circuit in which any arc or thermal effect (heat) produced under normal operating conditions of the equipment is not capable of igniting a particular flammable gas/vapor mixture, in the air.
Flashlights have a circuit in which any arc or thermal effect (heat) produced under normal operating conditions of the equipment is not capable of igniting a particular flammable gas/vapor mixture, in the air.
Most of our lamps are gas filled with Xenon, Halogen, or Krypton gas. We also use high intensity LEDs on selected models.
Think lighthouse in the palm of your hand. By mounting and pointing the LED backwards into the reflector, 100% of the light is captured and reflected forward. The result is a true collimated beam with brightness that rivals incandescents.
Alkaline flashlights will function with rechargeable batteries, but we strongly advise against this. The lamp life is cut drastically by doing this. Also, this will void the flashlight’s safety approvals.
Yes, you can. But you should revert to rechargeable cells as soon as possible. These flashlights are designed to perform optimally using this power source.
The laser spot beam is a tight collimated beam and the modified spot is a flood beam.



