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Crystal Laser 3D Image

Supplier From China
Mar-06-09

1. All are k9 crystals.
2. We can customize them according to your request.
3. Moq: 50pcs.



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More Items Similiar to: Crystal Laser 3D Image

May-20-24
 
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.
Nov-18-09
 
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.


15*20*30mm.
Jan-19-10
Supplier From Jinan, Shandong, China
Jan-27-10
 
Basic parameter
Chemical Formula KD2P
Curie temperature 222K
Symmetry 42m
Density 2.355g/cm3
Absorption 0.005/cm
Extinction ratio 1:10000
Deuterium ratio 98.05%--99.05%
Transmission band 200-1600nm
Non-linear coefficient d36=0.40pm/v
Longitudinal half-wave voltage 2.98KV(I=546nm)
Electric resistance >2x109ª+¿Mcm
Electric-optical coefficient r41=8.8pm/v,r63=25pm/v .

Application
Designation Operation Input Output
53.7 íp SHG (II) 1064 nm 532 nm
59.5íp THG (II) 1064 nm + 532 nm 355 nm
63.7íp SFM (II) 1064 nm + (421-1000 nm) 302-515 nm
86íp FHG (I) angle tune 532 nm 266nm
90íp FHG (I) temp. tune 532 nm 266 nm
36.6íp SHG (I) 1064 nm 532 nm
46.8íp THG(I) 1064 nm + 532 nm, 355 nm .


Specifications
Wavefront distortion: less than l/8 633nm
Dimension tolerance: (W 0.1mm) x (H 0.1mm) x (L + 0.2mm/-0.1mm)
Clear aperture: > 90% central area
Flatness: l/8 633nm
Scratch/Dig code: 10/5 to MIL-O-13830A
Parallelism: better than 20 arc seconds
Perpendicularity: 5 arc minutes
Angle tolerance: qD 0.3, fD 0.3
Quality Warranty Period: one year under proper use .
Jan-27-10
 
We specialize in producing KD*P(DKDP) electro-optical crystals with high deuterium,high quality and large caliber.In virtue of our novel technique of crystal growth ,the stability of crystal quality and yield is insured.We provide any size of semi-finished KD*P crystals on request .And our products are recognized by the European and American markets. KD*P crystal is in stock. You are welcome to contact us for more information.

Basic parameter:
Chemical Formula KD2P
Curie temperature 222K
Symmetry 42m
Density 2.355g/cm3
Absorption 0.005/cm
Extinction ratio 1:10000
Deuterium ratio 98.05%--99.05%
Transmission band 200-1600nm
Non-linear coefficient d36=0.40pm/v
Longitudinal half-wave voltage 2.98KV(I=546nm)
Electric resistance >2x109 Mcm
Electric-optical coefficient r41=8.8pm/v,r63=25pm/v .

Specifications:
Wavefront distortion: less than l/8 633nm
Dimension tolerance: (Wf+ 0.1mm) x (Hf+0.1mm) x (L + 0.2mm/-0.1mm)
Clear aperture: > 90% central area
Flatness: l/8 633nm
Scratch/Dig code: 10/5 to MIL-O-13830A
Parallelism: better than 20 arc seconds
Perpendicularity: 5 arc minutes
Angle tolerance: qD Quality Warranty Period: one year under proper use.
Jan-27-10
 
Basic parameter:

Chemical Formula KD2P
Curie temperature 222K
Symmetry 42m
Density 2.355g/cm3
Absorption 0.005/cm
Extinction ratio 1:10000
Deuterium ratio 98.05%--99.05%
Transmission band 200-1600nm
Non-linear coefficient d36=0.40pm/v
Longitudinal half-wave voltage 2.98KV(I=546nm)
Electric resistance >2x109¼++Mcm
Electric-optical coefficient r41=8.8pm/v,r63=25pm/v .

Application:
Designation Operation Input Output
53.7 fp SHG (II) 1064 nm 532 nm
59.5fp THG (II) 1064 nm + 532 nm 355 nm
63.7fp SFM (II) 1064 nm + (421-1000 nm) 302-515 nm
86fp FHG (I) angle tune 532 nm 266nm
90fp FHG (I) temp. tune 532 nm 266 nm
36.6fp SHG (I) 1064 nm 532 nm
46.8fp THG(I) 1064 nm + 532 nm, 355 nm .

Specifications:
Wavefront distortion: less than l/8 633nm
Dimension tolerance: (Wf+ 0.1mm) x (Hf+0.1mm) x (L + 0.2mm/-0.1mm)
Clear aperture: > 90% central area
Flatness: l/8 633nm
Scratch/Dig code: 10/5 to MIL-O-13830A
Parallelism: better than 20 arc seconds
Perpendicularity: 5 arc minutes
Angle tolerance: qD Quality Warranty Period: one year under proper use .
Jul-06-12
 
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.


20*20*20
Feb-28-19
 
Nowadays, there are many crystal trophies in the society, from simple production and external treatment at the beginning to deep processing, internal sculpture and the density of crystal are gradually improved. The characteristics of crystal make the meaning of crystal no longer single and no longer unique.Crystal awards engraved are an excellent option if you're hosting an award ceremony and would like to recognise the tough work of your employees. You could also consider a number of other unique varieties of awards past the plaque including trophies, statues, crystal awards, eagle awards, customized pens and several other awards which are more artistic than only a plaque.Crystal resembles glass closely in addition to obtainable in a number of sizes and shapes. It's actually simple to tell whether you have a glass or crystal award. Glass might additionally have a prism effect, but crystal clear glass is going to have a slightly green or yellow tint as soon as the light passes through. Possessing an excellent transparency rate, it's commonly substituted for glass because it is just enjoy a more affordable version of it. Steps of crystal cup engraving:1. Use the 3d camera to take pictures of the required internal carving patterns of the crystal cup, or directly process them on the computer to complete the internal carving patterns in accordance with the characteristics of the cup.2. Use 3d pattern processing software to process the obtained patterns in the computer, including color whitening and feature processing.3. After image processing, the finished image is transferred to the crystal internal carving machine.4. Set the parameters to the parameters of the time pattern engraving in the crystal inner carving machine and sculpt.5. Complete the inner carving process and complete a crystal inner carving trophy.
Nov-07-24
 
OST Photonics LiTaO3 Crystal Substrates
The chemical formula of lithium tantalate is LiTaO3, lithium tantalate crystal is colorless or yellowish crystal. LiTaO3 crystal is a ferroelectric crystal with excellent electro-optical, piezoelectric, electrical and pyroelectric properties. Use the pulling method to grow. The lithium tantalate crystal is used as a Q-switch in laser technology, as a pyroelectric detector in infrared technology, and can also be used to make filters and resonators.

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