lol no prob my eye’s been on this light too… but one can only eat ramen for so many consecutive days… maybe if i wait it out a bit longer it’ll take a dip in price and i’ll snatch then :nerd_face:
No, not at all. What comes out of the front is mostly not laserlight anymore, it is phosfor fluorescence plus a bit of the original blue laser light but dispersed so harmless. In fact it is no different than a weak 450 lumen aspheric light, just extremely nicely projected in a parallel beam.
Unless something breaks inside and the blue laserbeam comes out of alignment and escapes through the lens. But I assume that the construction is such that that does not happen easily.
My understanding is the LEP module works like this:
blue laser diode projects laser beam forward.
laser beam passes through phosphor material. Phosphor scatters some of the blue light, plus emits red and green. Result is a very intense point source of white light. This white light is not coherent, so is much less dangerous than the original laser beam.
An aspheric lens captures this white light and focuses it out the front in exactly the same way that an aspheric lens LED light works.
A small portion of the original blue laser light passes through the phosphor layer as a coherent beam. To remove this from the output of the light a small rectangular mirror is mounted on the back center of the lens. This mirror diverts any remaining coherent blue light 90 degrees harmlessly into the side of the bezel.
Result is no special eye protection should be needed for the use of an intact LEP light. However, the W30 is still a 1.4 million lux light, so don’t point it at someone’s face. I suppose you could blind someone if they looked into the beam long enough just as you could with a 1.4 million lux LED light.
If things go out of alignment so the beam misses the mirror or the mirror falls off the back of the lens then there might be a danger.
No, the 1.4 million lux is only the number calculated back to 1 meter from measuring a collimated hotspot far away. But at a real 1 meter the beam is not yet collimated so you will never measure that 1.4 million lux there. The light is only just on its way from a fairly large surface, the lens, so yes it is blindingly bright but not really different from say a Brinyte B152 with dedomed XP-G2.
It seems W30 CRI model on back order everywhere, same with 6500k as the initial stock has sold quickly. Joyce at HK equipment informed me ACEBeam has back ordered due to LEP modules not arriving as expected for assembly. She told me she’d post beam shots on BLF of the different tint models when stock arrives…hopefully soon. I plan to get the CRI edition, as I prefer the tint, but if the beamn intensity is inferior to the 6500k I’d opt that way. If there is anyone out there with CRI edition, please post some beam shots cheers all!