Our line of small, compact LED fiber optic lighting Light sources for commercial applications, feature a bright, reliable design for residential, commercial, general industrial and life science fiber optic lighting applications. Most of these units can be controlled by DMX, RF or IR to manage brightness, pulsing, color selection and color scheme shifting. Click on a link below to see more information on the specified unit:

Understand how this stuff works is probably the most important lesson you can learn. Then you can separate the from Shinola. You will be safe, comfortable and happy with your decision… as it will be the best decision you could possibly make.

All I’m saying is listen to everyone, we all have opinions, good or bad based on something. If the base of the opinion is from an Illumination Engineer, that might be more useful than the guy who’s doesn’t know what a laser is.

Quartzfiber opticcable

The NEWEST standard stocked fiber optic light source offering from FTI is LO-35, a family of high power (9amp and 22amp) white LED fiber optic illuminator modules, featuring an optical coupler which collects, transmits and transfers more than three times more visible light than a 150W quartz halogen EKE lamp.

If you don’t know the frequencies of the generated light (emf) how do you know if the safety glasses are really protecting you from other sources of laser generated emf that we know damages your eyes?

All FTI fiber optic illuminators can be used with all fiber optic devices currently manufactured, including all accessories. If you need help generating 0-5 Volt signals to your remote halogen unit, try using our ASCII Character Calculator.

Burn is generating a broad spectrum of frequencies aside from the actual laser frequency… When the co2 burns it produces lots of these frequencies of light that can damage your eyes and your protective lenses allow through… using a co2, the IR is not visible to human eyes, but it’s a very bright burn when it operates.

The sun produces a very wide range of emf, including x-rays and gama rays from the suns corona. This damages the dna in your cells.

A CO₂ laser is offscale to the right by an order of magnitude at 10.6 µm, so I’d be utterly unsurprised to know gel filters have more absorbance out there. However, they must be exceedingly transparent to thermal IR from tungsten filaments, because they spend their lives snuggled up to honkin’ big bulbs in those stage-lighting cans and don’t burn up.

Our 150W Metal Halide Fiber Optic Light Source is a DMX controlled, High Intensity light source designed for residential and commercial, landscape and accent lighting. User controls on board, in conjunction with DMX512 control, allow for easy control of this durable, bright light source.

Unless You’re talking smaller than A6 “postcard” size, the price sounds IMO/IME too good to be true to be actual laser protective material. That stuff is crazy expensive as @misken there pointed out. That’s the ballpark price range I also came up with when hunting for a viewing screen for my DIY enclosure. So camera it is for me.

For more than 35 years, FTI’s FO series quartz halogen light source has been the market’s choice for dependable fiber optic lighting at a cost efficient price point. The FO series has been replaced by the MO series… but you can still find the manual here: Manual and Operating Instructions.

That being said, I use orange 2C04 Plexiglas GS for my windows, since it should filter the range of 455nm. Red one is even slightly better. But since there is no guarantee, I have another filtering film behind it and still wear my glasses (full certified ones OD8+, $140) if I continuously stare through the window.

Lasers are not very useful without a lens. Once it passes through the lens there is a focal point, past the focal point the power drops off very quickly. Put something that reflects the beam and the power drops so much it’s pretty much useless. A couple inches away from the focal point on my 40W co2, I can’t mark a Kleenex tissue… virtually no power… wouldn’t stick my head in there and look at it either.

If you hunt around you can find experienced, highly technical people that have the equipment and knowledge to test these optics. I haven’t heard any of them say anything other than the $250 high end laser safety glasses are no better than the $20 Chinese safety glasses. Who are you going to believe, the salesman or the technical people?

Flexiblefiber opticlight guide

Our added feature models (DC and DL), include a dual scale digital readout providing voltage and intensity values. When combined, these features maximize intensity and lamp life, while maintaining a high level of output consistency. No other fiber optic illuminator on the market can make this claim. Manual and Operating Instructions Spectral Output of Halogen Lamps

Polycarbonate, polyester are the base materials according to the information on the Internet, unless you know something different? Both are known to block co2 ir, making them easily cut with co2, even when it’s thick.

What allows you to cut them is the the base material with is known to block IR emf from a co2… and is one of the uses in the industry for co2 lasers…

I use those for lighting purposes every once and a while, and I seriously doubt that those would work as intended. Interesting idea though, I have to test it at some point.

At some point I’ll try a laser head mounted cheap USB endoscope camera I have, that could be useful for other purposes than monitoring as well.

Even though the LED lighting is rapidly decreasing the use of gels in non-pro entertainment circles that require lighting, gels are still the choice of professionals and those who require more accurate and stable colourscape (not necessarily the sculpture kind) on stage.

Traditional Quartz Halogen fiber optic illuminator models, valued for bright output and cost efficiency as well as our HID and Xenon offerings are available from stock. Click on the links below for more information.

I think it’s clear. If you really want to have a safe, full protecting window, then you need to invest that amount of money. 50 pounds already sounds good, the usual price is about $200 for a certified screen of 20x30cm.

You can test it as well, keeping mind that when burned/evaporated, the gasses and fumes released will probably cause both health issues for You and corroding problems for Your machine unless the ventilation is adequate. Just do a low power material test onto paper/wood/etc. with and without a gel on top of the material. Then You can determine how much of the power is absorbed by the gel and how much goes through. But do use adequate ventilation and make sure that You don’t inhale the fumes if You decide to test any plastic material.

Bestfiber optic illuminator

Need more information on our fiber optic light source products? Contact Tim Beeman. Or call us toll free at +1-800-433-5248.

300W Xenon Fiber Optic Light source, (FDA Class II product; UL and CE approved), along with headlights, floor stands, replacement lamp options and complete range of medical light guides, is available from stock for complete fiber optic medical illumination solutions. Spectral Output of Xenon Lamps

If the need for viewing the lasering process is solely monitoring, the most affordable and 100% safe to ones eyes is a camera, connected to a monitor, PC, tablet, etc. Used ones can be had for free if You happen to be in the right place at the right time, new ones aren’t that expensive either.

Dolan-Jenner Mi-LEDFiber optic illuminator

Granted, the cheapest cameras may not give the best picture quality, the energy intesity may overload the camera cell unless a filter is used, etc. but given the alternatives, a perfect budget solution in any case.

IMO not odd at all . That is by far the easiest, cheapest and safest -for the eyes anyway- solution to the monitoring “problem”.

As you point out, it’s all a matter of energy density: even 99.99% transmittance plastic will absorb enough energy to vaporize when you focus enough light on it.

I agree for CO2, but diode lasers are different. They are much more focussed and at about 3 m away from the laser, the beam has a diameter of about 10-20cm. That’s still quite small. And the major difference is that the light is in the visible spectrum. So, you will kill your retina very fast. The maximum of 1mW of energy is considered to be safe with visible lasers (common laser pointers), and the smallest diodes emit 5000mW. So, even if the beam is not that focused anymore, or you only get a reflection of it, chances are very high that magnitudes more energy reaches the eye.

Fiber optic illuminatorfor sale

For OEM applications, where a full featured, stand alone unit is not required, FTI offers a light engine module. Just like our fiber optic light source offering, the light engine module can be used as a standard design, modified from standard, or completely custom built to your specification.

Fun fact: gels are completely transparent to infrared light, so when you want just IR, stacking primary red + blue filters gets it done:

Our original 5mm medical unit (LO-50) has been recognized by the FDA via 510K, ETL and CE guidelines for ENT medical applications. The LO-50 model offers two configurations; a 4 port turret for the most popular medical light guide designs, and a single port configuration. In the single port version, the LO-50 optical coupler can be optimized for light guide sizes up to 12mm; the larger area coupler increases total power output, which will exceed 3x the power of a Quartz Halogen illuminator when measured at the end of a large active diameter light guide.

Lasers are not very useful without a lens. Once it passes through the lens there is a focal point, past the focal point the power drops off very quickly. Put something that reflects the beam and the power drops so much it’s pretty much useless. A couple inches away from the focal point on my 40W co2, I can’t mark a Kleenex tissue… virtually no power… wouldn’t stick my head in there and look at it either.

Fiber optic illuminatoramazon

I’m sure all of us have used a magnifying glass to burn wood or other objects. This is how most lasers work… the beam is focused down to a small point where the power density is much higher… once it’s out of focus there is no power to do any real work.

After one or two jobs, my brain told me to not look at the cut point, it’s too bright so there must be some type of damage occurring… the fiber is mesmerizing when it runs, so it’s hard not to look … but required now and then.

If you already have a fiber optic part from another supplier, we offer a range of adapters to accept the major manufacturers’ input types.

Fiber-Lite DC-950

That said, those IR pictures from my old Sony DSC-707 in Night Shot mode are just an itsy beyond visible red and maybe just this side of your fancy fiber laser, because IR LEDs shine around 950 nm and IR photodiodes work best around 825 nm.

I don’t value testing these glasses enough to figure out how to test them without deep pockets. I would think just diverting the beam and using one of the many optical sensors we have could allow at least a proportional value. It would be non destructive to the glasses and give you a good idea of their effectiveness at that particular frequency…

SugarCUBE Ultra LEDilluminator

The LO-35 fiber optic illuminator family replaces LO-100. This fiber optic illuminator family has more features and power than it’s predecessor and costs less. Light guide sizes ranging from less than 1mm to 18mm will work with this light source family, which as been certified under CE and ETL for portable luminaires. Options include a communication package, featuring RS485 and/or Ethernet connectivity for wireless remote control of chip-on-time, intensity including overdrive, and pulsing as fast as as 10Ms..

While I do love the ease, low weight, low power consumption and “free” DMX controllability of (RGB) LED fixtures, I still primarily use PAR-cans with DMX dimmers and conventional MSD mirror scanners when I occasionally do lights. PAR cans and scanners scream ROCK on stage, and I’m an old fart

Manufacturing Standard and Custom fiber optics for Industrial, Medical, Commercial, Military and Machine Vision applications since 1977.

Oddly enough I use that solution inside an exhaust vented enclosure I built for my AtomStack laser. I bought a cheap 640x360 USB camera from a discount store and mounted it inside along with some LED strips lights bought on AliExpress. Works great. I can keep watch on the running system without worrying about laser etching my eyeballs.

MO-150, our newest general application Quartz Halogen fiber optic light source combines the robust dependability of the old FO-150, with features found on more contemporary designed units. Additional filter holder, separate on/off/intensity switches, locking slot to insure gooseneck stability and a host of adapters to work with all manufacturer’s fiber optic designs. Manual and Operating Instructions.

Hi all, so I have built an enclosure for my Sculpfun S9 extended system as I can’t find a commercial one. i am now looking for an affordable laser-safe viewing screen. the solid screens are unaffordable at £50 inc postage for a very small screen. I have been looking at orange lighting Gel which is rated at 450nm but I am unsure if this will give protection. has anyone had experience with this material? Regards John McNamara

Our DC Regulated Quartz Halogen product family, SOL-R offers a feature set designed to optimize output and minimize guess work; an exclusive lamp tuning feature allows the user to adjust the input-to-lamp distance, maximize coupling efficiency.