Payments:T/T
Delivery:2days for stock,OEM about 3-5weeks
Origin:CHINA
Packing:optical package
Inspection:MIL
Samples:Charge
Sample Price:$0.10
Bonding (Diffusion bonded)crystals consist of one laser crystal and one or two undoped material. They are combined by optical contact method and further bonded under high temperature. Diffusion Bonded.
ND:YAG
Description: Nd:YAG (neodymium-doped yttrium aluminum garnet; Nd:Y3Al5O12) is a crystal that is used as a lasing medium for solid-state lasers. The dopant, triply ionized neodymium, typically replace...
ND:YVO4
Description: Nd:YVO4 is one of the most efficient laser host crystals for all-solid-state laser diode pumped lasers. Its large stimulated emission cross-section at lasing wavelength, high absorption.
1. All the keychains are made of K9 crystal materials.
2. We can customize the keychains according to your need,say, the size, color,logo or image engraved inside or outside.
3. MOQ:100 pcs.
4. Terms of payment: T/T, L/C, etc.
Lithium triborate (lbo) crystal, due to its high damage threshold, wide angular acceptance, relatively small walk-off and non-critical phasematching capability to generate second harmonic with no walk-off, has become a material of choice for generating harmonics in solid state lasers.
Core optronics offers shg and thg, ar coated lbo crystals with high damage threshold and longterm stability. Attractive prices directly from factory.
Our capabilities include:
Growth of pure, ultra low absorption lbo crystals
Precision crystal surface cutting
Perfect surface grinding and polishing
We use ion beam sputtering for deposition of dielectric antireflection (ar) coatings.
Years of experience in thin film r&d and over 7 years of innovation in crystal growth and optical fabrication
These combined capabilities result in superior performance of our lbo products, developed for high power dpss and lamp pumped lasers.
Our lbo specifications:
Material: lbo, other on request
Coating technology: ibs with in-situ ion beam sputter cleaning
Coating spectral range: 200 to 2000nm
Damage threshold:
>1gw/cm2 @ 10ns, 10hz, 1064nm,
>400mw/cm2 @ 10ns, 10hz, 308 nm
Reflectivity:
Vvv coating: <0.2% @1064nm, <0.5%@532nm, <0.7%@355nm
W coating: ar/ar@1064nm<0.05%+532nm<0.08% or follow order.
