Dye Lasers

16 Dye Lasers from 3 Manufacturers meet your specification.

Dye Lasers from the leading manufacturers are listed here. Narrow down on the list of Products by wavelength, type, technology and other parameters. Once you find a list of relevant products download datasheets and request quotations.

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  • Gain Medium Type : Dye
Description: I-70C is an ion laser pared to its essential functionality.
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Gas Laser, Dye Laser
Gain Medium Type:
Gas, Dye
Tunable:
No
Laser Gain Medium:
Argon, krypton, Fluorescence Excitation, Dye Laser...
Fiber Coupled:
No
Operation Mode:
CW Laser
Wavelength:
457.9, 752.5 nm
Laser Color:
Blue, Infrared
Power:
0.07 to 5.50 W
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Ultrafast Laser:
Nanosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Q-Switched Laser, Solid State Laser
Gain Medium Type:
Dye
Tunable:
No
Laser Gain Medium:
Nd:YAG Laser, Ti:sapphire Laser, Dye Laser
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
266 to 1064 nm
Laser Color:
Ultraviolet, Infrared
Pulse Energy:
250 to 5000 mJ
Polarization:
Vertical
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Description: Highest output power available 6.5 W Narrowest linewidth 30 kHz field-upgradeable to dye or Dye Laser
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
Dye Laser
Gain Medium Type:
Dye
Tunable:
Yes
Laser Gain Medium:
Dye Laser
Fiber Coupled:
Yes
Operation Mode:
CW Laser
Wavelength:
550 to 760 nm
Laser Color:
Green, Infrared
Power:
1400 to 4500 mW
Polarization:
Horizontal
more info Similar products from this company
Description: Highest output power available 6.5 W Narrowest linewidth 30 kHz field-upgradeable to dye or Dye Laser
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
Dye Laser
Gain Medium Type:
Dye
Tunable:
Yes
Laser Gain Medium:
Dye Laser
Fiber Coupled:
Yes
Operation Mode:
CW Laser
Wavelength:
550 to 760 nm
Laser Color:
Green, Infrared
Power:
800 to 6000 mW
Polarization:
Horizontal
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Configuration:
Laser Head with Control Unit (Integrated)
Technology:
Q-Switched Laser
Gain Medium Type:
Dye
Tunable:
No
Laser Gain Medium:
Neodymium-Doped, YAG
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
213 to 1064 nm
Pulse Energy:
20 to 10000 mJ
more info Similar products from this company
Description: Highest output power available 6.5 W Narrowest linewidth 30 kHz field-upgradeable to dye or Dye Laser
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
Dye Laser
Gain Medium Type:
Dye
Tunable:
Yes
Laser Gain Medium:
Dye Laser
Fiber Coupled:
Yes
Operation Mode:
CW Laser
Wavelength:
550 to 760 nm
Laser Color:
Green, Infrared
Power:
800 to 6000 mW
Polarization:
Horizontal
more info Similar products from this company
Ultrafast Laser:
Nanosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Q-Switched Laser, Solid State Laser
Gain Medium Type:
Dye
Tunable:
No
Laser Gain Medium:
Nd:YAG Laser, Ti:sapphire Laser, Dye Laser
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
266 to 1064 nm
Laser Color:
Ultraviolet, Infrared
Pulse Energy:
120 to 1000 mJ
Polarization:
Vertical
more info Similar products from this company
Description: I-70C is an ion laser pared to its essential functionality.
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Gas Laser, Dye Laser
Gain Medium Type:
Gas, Dye
Tunable:
No
Laser Gain Medium:
Argon, krypton, Fluorescence Excitation, Dye Laser...
Fiber Coupled:
No
Operation Mode:
CW Laser
Wavelength:
457.9, 752.5 nm
Laser Color:
Blue, Infrared
Power:
0.05 to 6 W
more info Similar products from this company
Ultrafast Laser:
Nanosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Q-Switched Laser, Solid State Laser
Gain Medium Type:
Dye
Tunable:
No
Laser Gain Medium:
Nd:YAG Laser, Ti:sapphire Laser, Dye Laser
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
266 to 1064 nm
Laser Color:
Ultraviolet, Infrared
Pulse Energy:
5000 to 10000 mJ
Polarization:
Vertical
more info Similar products from this company
Ultrafast Laser:
Nanosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Q-Switched Laser, Solid State Laser
Gain Medium Type:
Dye
Tunable:
No
Laser Gain Medium:
Nd:YAG Laser, Ti:sapphire Laser, Dye Laser
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
266 to 1064 nm
Laser Color:
Ultraviolet, Infrared
Pulse Energy:
210 to 3500 mJ
Polarization:
Vertical
more info Similar products from this company
Ultrafast Laser:
Nanosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Q-Switched Laser, Solid State Laser
Gain Medium Type:
Dye
Tunable:
No
Laser Gain Medium:
Nd:YAG Laser, Ti:sapphire Laser, Dye Laser
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
266 to 1064 nm
Laser Color:
Ultraviolet, Infrared
Pulse Energy:
180 to 1600 mJ
Polarization:
Vertical
more info Similar products from this company
Description: I-70C is an ion laser pared to its essential functionality.
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Gas Laser, Dye Laser
Gain Medium Type:
Gas, Dye
Tunable:
No
Laser Gain Medium:
Argon, krypton, Fluorescence Excitation, Dye Laser...
Fiber Coupled:
No
Operation Mode:
CW Laser
Wavelength:
457.9, 752.5 nm
Laser Color:
Blue, Infrared
Power:
0.12 to 0.75 W
more info Similar products from this company
Description: High levels of performance, long term reliability, and multiple operating configurations
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Gas Laser, Dye Laser
Gain Medium Type:
Dye
Tunable:
No
Laser Gain Medium:
Fluorescence Excitation, Dye Laser, Ti:Sapphire La...
Fiber Coupled:
No
Operation Mode:
CW Laser
Wavelength:
229, 264.3 nm
Laser Color:
Ultraviolet
Power:
0.01 to 0.015 W
Polarization:
Horizontal
more info Similar products from this company
Description: I-70C is an ion laser pared to its essential functionality.
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Gas Laser, Dye Laser
Gain Medium Type:
Gas, Dye
Tunable:
No
Laser Gain Medium:
Argon, krypton, Fluorescence Excitation, Dye Laser...
Fiber Coupled:
No
Operation Mode:
CW Laser
Wavelength:
457.9, 752.5 nm
Laser Color:
Blue, Infrared
Power:
0.03 to 6 W
more info Similar products from this company
Description: I-70C is an ion laser pared to its essential functionality.
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Gas Laser, Dye Laser
Gain Medium Type:
Gas, Dye
Tunable:
No
Laser Gain Medium:
Argon, krypton, Fluorescence Excitation, Dye Laser...
Fiber Coupled:
No
Operation Mode:
CW Laser
Wavelength:
457.9, 752.5 nm
Laser Color:
Blue, Infrared
Power:
0.05 to 4.50 W
more info Similar products from this company
1 - 15 of 16 Dye Lasers

What are Dye Lasers?

A dye laser is a type of laser that utilizes the organic dye as the active gain medium. Usually, the organic dye is a liquid solution. A dye is a colored substance that imparts (applies) its color to the material it is being applied. Most commonly used organic dyes are rhodamine (orange) that supports operation from 540-680 nm, stilbene (violet) that operates from 410-480 nm, fluorescein (green) that operates from 530–560 nm, coumarin (blue) that operates from 490–620 nm, umbelliferone (blue) that operates from 450–470 nm, tetracene, and malachite green.

Dye lasers are also classsifed into solid-state dye lasers (SSDL). In SSDL lasers, instead of a liquid solution of the dye, the gain medium is a laser dye-doped organic matrix such as poly (methyl methacrylate) (PMMA).

Dye lasers are used in astronomy (as laser guide stars), atomic vapor laser isotope separation, manufacturing, medicine, and spectroscopy applications.


Tunable dye laser

How does a dye laser work?

Energy level diagram dye laser

A dye is placed between two optically coated mirrors to form the optical cavity. When the incoming laser light focuses on the dye medium, the molecules of dye are excited into the singlet state. The singlet state is the state where the laser light is emitted by fluorescence emission. In fluorescence emission, the molecules emit the light immediately when a photon hits the dye. Now, the molecules change to their triplet state within a microsecond. In this state, the light is emitted by phosphorescence emission, and the molecules absorb the lasing wavelength, making the dye partially opaque. The light emitted from the fluorescence emission is amplified by the light pass through so many times because of the reflection between the mirrors. To allow wavelength tuning of the beam, a prism or diffraction grating is usually mounted in the beam path.   

Because of the absorption in the triplet state, the high flash pump energy is needed to bring the dye past the threshold before absorption overcomes singlet emission. Hence the dye should be circulated at high speeds to keep the triplet molecules out of the beam path to operate at a small amount of input energy or reduce absorption.

Specifications of dye lasers

Wavelength: Represents the wavelength of laser light emitted from the dye laser. These lasers are available from deep UV range (50 to 100) to IR range. The wavelength is represented in a nanometer (nm).

Tunable: Represents the wavelength tune-ability of the Dye laser. These lasers are available both in tuneable and non-tuneable options. Mostly, used for tuneable purpose.

Fiber-coupled: The dye lasers are available both in fiber coupled or non-fiber coupled options.

Operation mode: Represents the operation mode. These lasers are available both in continuous wave (CW) and pulsed mode operation. 

Laser color: Represents the laser colour. The dye lasers are available from deep UV to IR spectrum.

Mode: Represents the mode of operation of laser light. It can be single-mode or multi-mode.

Gain medium type: liquid/solid dye

Laser gain medium: Mostly, the organic dye rhodamine 6G is used.

Power: Represents the power output of the dye laser. It can deliver the average power range from 1 W to 2 KW range.

Pulse width: Represents the pulse duration of the dye laser working in pulsed mode of operation. The pulse width can be in femtoseconds (10−15 s), picoseconds (10−15 s) , or nanoseconds (10−9 s).

Pulse energy: Represents the energy per pulse of the dye laser working in pulsed mode of operation. Usually, it is in range of hundreds of Joules.

Polarization: Represents the polarization mode of light. The dye lasers can be horizontal/vertical polarized.

Repetition rate: Represents the number of emitted pulses per second from a dye pulsed laser .It is represented in Hz. For example, the repetition rate 10 Hz means that 10 pulses per second emitted from the pulse laser. Usually, the repetition rate of the dye laser can vary from the Hz to KHz range. 

Beam diameter: Represents the beam diameter of the dye laser in mm .

Beam divergence: Represents the divergence of the laser beam. Usually, it is represented in milliradian (mrad).

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