For a long time, without having answers, I have been wondering how I can do to solve the following situation:
I bought on a site, a led lighting system for dental binoculars, example photo:
The LED present has never satisfied me, because even the artificial light overhangs the light of the LED system.
Now I ask myself, is there a simple way to replace this LED and buy one with the characteristics of that of the leading companies?
Unfortunately, the led lighting systems of leading companies can cost even more than 1000 dollars, I post a link to understand a little about the characteristics of these led systems, and look for a led with these characteristics, with CRI>90 and 50.000 lux, and a perfect circle of lighting as a spot.
https://www.orascoptic.com/products/headlights/spark
https://www.zeiss.com/meditec/us/products/neurosurgery/loupes/eyemag-light.html#technical-data
https://www.univet.it/en/product/eos-wireless/
Here are the images of an orascoptic led spotlight, so you can understand its structure well and try to emulate it:
I state that the housing structure of the LED in my possession is well done so what I would need would only be to change the LED, I am attaching below the photos of the Cree LED in my possession, I sincerely hope you can help me. PS: the diameter of the led would appear to be 12 mm.
Do I also have to change the lens to increase the lux?
the link from which I bought my led spotlight is this, in order to better understand the characteristics, and look for a compatible LED and lens.
https://it.aliexpress.com/item/4000256953900.html?srcSns=sns_WhatsApp&sp...(link is external)
P.S: even if it says that the battery is 5W, it is actually 3W, and it is possible to adjust the intensity of the light, specifically to avoid errors in the purchase phase.
You could tell me the link to proceed with the purchase immediately? , unfortunately I don't understand much about lighting, so I'm afraid of buying the wrong things.
Thank you all
P.S2: I put some videos to better understand the functioning and the lighting capacity of these led:
https://www.youtube.com/watch?v=l7KYBJW_Eyc
https://www.youtube.com/watch?v=mdUc_W5r-cg (led orascoptic in the right, well circumscribed)
if you want more information about the spotlight to understand what is adaptable, like other photos, I will do my best.