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product

Products

Acousto-optic-Modulator

Application

CRYLINK-Equipment

Equipment

CRYLINK-Quality

Quality

Flow of Production

Flow of Production

certificate

Certificates

Patent-wall

Patents

pack

Packing

FAQ

FAQ

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Application of Acousto-optic products

Acousto-optic-Modulator
multi-photon-microscopy
projector-laser

Acousto-optic Modulator

Multi-photon Microscopy

Display Technology

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Professional Production Equipment

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

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Flow of Production

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

Raw material preparation

Crystal growth

Crystal blank

Crystal processing

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laser
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packaging
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Ti-Sapphire
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coating

Laser

Packing and delivery

Detection

Coating film

Certificates

  • ISO
  • China Quality Certification Center Supervision and Audit Qualification Notice
  • Jiangsu Province Private Technology 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

Q1: What are acousto-optic products?

A: Acousto-optic products are devices that utilize the interaction between sound waves and light waves in a material. This interaction can be used to modulate the intensity, frequency, or direction of light. Common acousto-optic devices include acousto-optic modulators, deflectors, tunable filters, and Q-switches.

Q2: How do acousto-optic devices work?

A: Acousto-optic devices work by passing an acoustic wave through a material, which causes a periodic variation in the refractive index. When light passes through this region, its properties such as intensity, direction, or frequency can be modulated depending on the frequency of the acoustic wave.

Q3: What are the applications of acousto-optic products?

A: Acousto-optic products are used in a variety of applications, including laser beam steering, light modulation, frequency shifting, Q-switching in lasers, spectroscopy, signal processing, and scanning in imaging systems.

Q4: What is an acousto-optic modulator (AOM)?

A: An acousto-optic modulator (AOM) is a device that uses the acousto-optic effect to control the intensity and frequency of a laser beam. It is widely used in laser systems for modulation, beam control, and frequency shifting.

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