Ti-Sapphire-laser-crystal-crylink

A Full Range of Gain Medium

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Table Of Contents For This Page

product

Products

application：laser-cut

Application

CRYLINK-Equipment

Equipment

CRYLINK-Quality

Quality

Flow of Production

Flow of Production

certificate

Certificates

Patent-wall

Patents

pack

Packing

FAQ

FAQ

Shanghai University Science Park
Contact Us

Our Products

Application of Gain Medium

Laser show
Laser Test
HoYAG Laser Medical Beauty
1535nm-Er-Glass-Laser-Laser-Crylink

Laser Show

Laser Technology

Laser Cosmetology

Eye-safe Laser

See more crystal applications

Professional Production Equipment

Crystal-Growth-Workshop
Crystal Growth Workshop
Crystal-Processing-Workshop
Crystal Processing Workshop
Crystal-Coating-Workshop
Crystal Coating Workshop

Strictly Control the Quality

Flow of Production

raw materials preparation-crylink
arrows
crystal growing furnace
arrows
YAP，tmyap，ndyap，eryap
arrows
cut

Raw material preparation

Crystal growth

Crystal blank

Crystal processing

arrows
laser
arrows
packaging
arrows
Ti-Sapphire
arrows
coating

Laser

Packing and delivery

Detection

Coating film

Certificates

  • ISO
  • China Quality Certification Center Supervision and Audit Qualification Notice
    China Quality Certification Center Supervision and Audit Qualification Notice
  • Jiangsu Province Private Technology Enterprise Certificate
    Jiangsu Province Private Technology Enterprise Certificate
  • High-tech Enterprise Certificate
    High-tech Enterprise Certificate

Patents

  • 1.A method and system for measuring defocus amount
    1.A method and system for measuring defocus amount
  • 2.White LED direct mount package junction
    2.White LED direct mount package junction
  • 3.Device and method for growing large size single crystal by dynamic temperature ladder method
    3.Device and method for growing large size single crystal by dynamic temperature ladder method
  • 4.Laser material modules for micron band solid state lasers
    4.Laser material modules for micron band solid state lasers
  • 5.A mid-infrared fiber laser pump combiner
    5.A mid-infrared fiber laser pump combiner
  • 6.A dual heating crystal growth device
    6.A dual heating crystal growth device
  • 7. A Pockels cell test fixture
    7. A Pockels cell test fixture
  • 8. A silver-plated film structure
    8. A silver-plated film structure
  • 9.A preparation structure for white light laser illumination conforming to fluorescent material
    9.A preparation structure for white light laser illumination conforming to fluorescent material
  • 10. A temperature gradient adjustable crystal furnace for crystal growth by temperature gradient method
    10. A temperature gradient adjustable crystal furnace for crystal growth by temperature gradient method
  • 11. Detection and crushing device for the preparation of laser-illuminated red fluorescent materials
    11. Detection and crushing device for the preparation of laser-illuminated red fluorescent materials
  • 12. Oriented growth device for large-size magnesium fluoride single crystals
    12. Oriented growth device for large-size magnesium fluoride single crystals
  • 13. An auxiliary device for testing cerium fluoride crystal magneto-optic isolator
    13. An auxiliary device for testing cerium fluoride crystal magneto-optic isolator
  • 14. Test fixture based on YCOB piezoelectric crystal
    14. Test fixture based on YCOB piezoelectric crystal

Products and Packaging

  • er yb glass
  • co spinel
  • linbo3
  • pack
  • cr yag
  • pack
  • LBO
  • glass column
  • er yag
  • mgf2
  • Isolator
  • ti sapphire

FAQs

What is a gain medium, and how does it work?

A gain medium is a material that can amplify light or electromagnetic radiation passing through it. This amplification is achieved by exciting the atoms or molecules in the medium, which then emit additional photons that are in phase with the original radiation. This process is known as stimulated emission and is the basis for many laser applications.

What types of optical materials and devices are available on Crylink?

Crylink offers a wide range of laser gain medium materials such as Ti:Sapphire, Nd:glass, YLF and more. There are also Passively Q-switched Crystal, nonlinear crystals, bonded crystals, electro-optic crystals, magneto-optic crystals, and more. Optical devices include Pockels Cells, isolator rotators, acousto-optic modulators, and more.

How do I choose the right gain medium for my application?

Choosing the right gain medium depends on several factors, including the desired wavelength, power, and mode of operation. It is essential to consider the gain bandwidth, saturation power, and other performance characteristics of the medium to ensure that it meets your specific needs.

I have more questions

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Celia Cheng
never
Never Xiong
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Daisy Chen
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Sophia Hu
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