Oh man that poor thing!For parts ( cool pics )
nLight Element e18. For Parts | eBay
<p>nLight Element e18. For Parts. </p><br /><br /><br /><p>For parts only. Not working </p><br /><p>Thanks</p>www.ebay.com
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PERMANENT THREAD: Ebay& other internet FINDS of interest- read all the OP please sub
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Gryphon
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Thats a busy little box, amazing that they are able to combine so many individual light sources into a single fiber while I'm over here struggling to get a single diode lined up.
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Yep, then they fiber couple a pile of those pump arrays to pump a gain medium.... such as erbium/ytterbium doped double clad active fiber, add some Bragg gratings to clean up any waste and viola..... a quality high power beam that can do real work. These fiber laser systems are getting smaller and smaller ( more compact ) and more powerful as well as more affordable..... I hope we seem more eye-safe 1400nm++ systems and visible systems in the near future.
Check out this fiber side pumping innovation..... I wonder if this is really better than classic double clad ?
Edit: Ahh I see, smaller fiber, it's easier to sheath two tiny fibers than to draw out double clad, makes sense..... It amazes me they can draw out such perfect glass fiber..... fine tuning the manufacturing technique over time, but still it's pretty amazing.
lasersystems.ipgphotonics.com
Check out this fiber side pumping innovation..... I wonder if this is really better than classic double clad ?
Edit: Ahh I see, smaller fiber, it's easier to sheath two tiny fibers than to draw out double clad, makes sense..... It amazes me they can draw out such perfect glass fiber..... fine tuning the manufacturing technique over time, but still it's pretty amazing.
Diodes and Side Pumping | IPG Laser Systems
IPG has invested 20+ years developing diodes and a side pumping technique that achieves higher output powers and superior beam quality at a lower cost.
lasersystems.ipgphotonics.com
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Does this seem right? 2.3W of 850nm in a TO-18 diode for less than $8/ea?
2pcs 850nm 2300mW Infrared High Power 5.6mm TO-18 Laser Diode 2.3W IR LD | eBay
2pcs 850nm 2300mW IR 5.6mm TO18 Laser Diode. Wavelength: 850nm (±5nm). 2x 850nm 2.3W 5.6mm Laser Diode. 850nm AlGaAs quantum well fabricated by MOCVD semiconductor laser. It is CW multi-mode injection semiconductor laser available on C-mount, B-mount and Q-mount.
www.ebay.com
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Yea they are pretty common, I grabbed a pair, also I got a pair of these modules with glass lens.
I have may pairs of glasses to cover uv-vis-nir but also have a pair of these goggles. I will test them later.
2pcs 16x55mm Focusable Housing for 5.6mm Laser Diode w/ Glass Lens 200-1100nm | eBay
2pcs 16x55mm 5.6mm Laser Diode Housing w/ Glass Lens. Lens: Glass.
www.ebay.com
I have may pairs of glasses to cover uv-vis-nir but also have a pair of these goggles. I will test them later.
Cloudray CL159 Fiber Laser Industrial Fashion Safety Goggles 1064nm SGUF-F-OD6 | eBay
<li> </li> <li> Country/Region of Manufacture China Certification CE Application Fiber laser machine Frame Style Goggles Lens Treatment Laser Protection UPC 053554519344 MPN Does Not Apply Wavelength 190-450nm &900-1800nm Brand cloudray</li>.
www.ebay.com
Unlikely we'll get vis fiber sources in the near future. As far as I know the only one actively experimented on is green from Er3+ fibers. Nonlinear conversion in OPOs/OPAs is just too simple to bother implementing custom wavelengths anymore. I don't think I know any lab that has any modern sources with constant wavelength (except HeNe ofc) that's not semiconductor.Yep, then they fiber couple a pile of those pump arrays to pump a gain medium.... such as erbium/ytterbium doped double clad active fiber, add some Bragg gratings to clean up any waste and viola..... a quality high power beam that can do real work. These fiber laser systems are getting smaller and smaller ( more compact ) and more powerful as well as more affordable..... I hope we seem more eye-safe 1400nm++ systems and visible systems in the near future.
Check out this fiber side pumping innovation..... I wonder if this is really better than classic double clad ?
Edit: Ahh I see, smaller fiber, it's easier to sheath two tiny fibers than to draw out double clad, makes sense..... It amazes me they can draw out such perfect glass fiber..... fine tuning the manufacturing technique over time, but still it's pretty amazing.
Diodes and Side Pumping | IPG Laser Systems
IPG has invested 20+ years developing diodes and a side pumping technique that achieves higher output powers and superior beam quality at a lower cost.
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Yea, probably not vis active fiber lasers across the entire visible spectrum.... although 450nm blue arrays are being used more in some industry, so we could see active fiber lasers pumped by 450nm become a common reality in the not so distant future.
This is not an active fiber unit but a fiber coupled 450nm array that's a 1st step along the way. Note there are many other producers of these blue fiber coupled arrays.
www.ipgphotonics.com
A green fiber coupled array. ( Not active fiber )
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Thanks for the info about OPO's/OPA's, it's very interesting and I can see OPO systems being used in research labs, but OPO lasers are still very expensive and output power is not that much where as active fiber is an industrial workhorse in common use with growing applications, but I agree that investment in visible active fiber may be slow.
atomd what have you seen in visible quantum dot laser diode development/use ?
www.laserfocusworld.com
This is not an active fiber unit but a fiber coupled 450nm array that's a 1st step along the way. Note there are many other producers of these blue fiber coupled arrays.
IPG Photonics Corporation
A green fiber coupled array. ( Not active fiber )
Green Laser 40w 520nm Fiber Coupled Diode Laser Medical - Buy Green Laser,Fiber Coupled Laser Diode,Fiber Laser 520nm Product on Alibaba.com
Green Laser 40w 520nm Fiber Coupled Diode Laser Medical - Buy Green Laser,Fiber Coupled Laser Diode,Fiber Laser 520nm Product on Alibaba.com
www.alibaba.com
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Thanks for the info about OPO's/OPA's, it's very interesting and I can see OPO systems being used in research labs, but OPO lasers are still very expensive and output power is not that much where as active fiber is an industrial workhorse in common use with growing applications, but I agree that investment in visible active fiber may be slow.
atomd what have you seen in visible quantum dot laser diode development/use ?
The OPO goes from concept to commercial tool
Solid-state and widely tunable, the optical parametric oscillator has gone through 25 years of development to make it a commercial reality.
www.laserfocusworld.com
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Gryphon
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RGB micro arrays are here!
NICHIA NUMB12 465nm 8.3W 525nm 4.8W 643nm 10W RGB Laser Diode Array | eBay
Find many great new & used options and get the best deals for NICHIA NUMB12 465nm 8.3W 525nm 4.8W 643nm 10W RGB Laser Diode Array at the best online prices at eBay! Free shipping for many products!
www.ebay.com
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Wow. 26.5W rated max power of RGB lasers. No doubt a few members here would push these further by at least 30%. Could see 34W out of one array.RGB micro arrays are here!
NICHIA NUMB12 465nm 8.3W 525nm 4.8W 643nm 10W RGB Laser Diode Array | eBay
Find many great new & used options and get the best deals for NICHIA NUMB12 465nm 8.3W 525nm 4.8W 643nm 10W RGB Laser Diode Array at the best online prices at eBay! Free shipping for many products!www.ebay.com
Ricker
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Oh that is so cool!
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So the blue and green are all in series in that 1 row ?
Gryphon
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looks like each of the color strings are wired separately with a common ground
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That's a great price too. Just be aware that China is about to shut down for their New Year holiday so nothing is going to even ship for a few weeks.
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Wow, that was lazy of me to not even look at the sheet huh.
looks like each of the color strings are wired separately with a common ground
Gryphon
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I hope that means we eventually get only red and only green micro arrays. A 10W five emitter green would be ridiculous. I guess technically we could cut this array in half and use only the red half for a 10W red!
Gryphon
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My order for the RGB array got cancelled yesterday. They claim it did not produce sufficient power so they will let me know when they have units that perform better. Right now the listing is still up so I wonder if other orders will also be cancelled while its still up.
