Femtosecond Lasers

393 Femtosecond Lasers from 59 Manufacturers meet your specification.

Femtosecond Lasers from the leading manufacturers are listed here. Narrow down on the list of Products by wavelength, type, technology and other parameters.

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  • Ultrafast Laser : Femtosecond Lasers
Description: 343 nm Dual Wavelength IR and UV Femtosecond Laser
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Tunable:
No
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
343 nm
Laser Color:
Ultraviolet
Power:
1.5 W
Pulse Energy:
20 µJ
Polarization:
Horizontal
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Description: FEMTO extends our broad product portfolio of Q-switched DPSS lasers with a novel type of industrial ultra short pulse laser
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Technology:
DPSS Laser, Q-Switched Laser, Solid State Laser
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
No
Laser Gain Medium:
Thulium Laser
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
1950 nm
Laser Color:
Infrared
Power:
8 W
Pulse Energy:
4 µJ
Polarization:
Horizontal
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Description: The KMLabs Y-Fi™ laser series is a family of compact high average power, high repetition rate near-IR ultrafast Yb fiber lasers
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
Mode-Locked Laser
Tunable:
Yes
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
1035 nm
Laser Color:
Near-Infrared
Power:
50 W
Pulse Energy:
40 µJ
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Description: Modelocked Femtosecond DPSS Lasers: FEMTOLAS® Series
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
DPSS Laser, Mode-Locked Laser, Solid State Laser
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
No
Laser Gain Medium:
Ytterbium-doped Laser, Ti:Sapphire Laser
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
1020 to 1050 nm
Laser Color:
Infrared
Power:
0.2 W (200 mW)
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Description: Industrial Femtosecond Laser for Materials Processing & Microelectonics Production
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
DPSS Laser
Tunable:
No
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
1035 nm
Laser Color:
Infrared
Power:
40 W, 60 W
Pulse Energy:
40 to 60 µJ
Polarization:
Vertical ±3°
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Description: Optical Parametric Oscillator based Pulsed Laser from 1250 to 1800 nm
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Tunable:
Yes
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
1250 to 1800 nm
Laser Color:
Infrared
Power:
500 to 1200 mW
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Description: High-Power, High Repetition Rate Femtosecond Laser for Bioimaging
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Tunable:
No
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
1040 nm
Laser Color:
Infrared
Power:
20 W
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Description: TiF-100 Ti:Sapphire Femtosecond Laser
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
Solid State Laser
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
Yes
Laser Gain Medium:
Ti:sapphire Laser
Fiber Coupled:
No
Operation Mode:
CW/Pulsed Laser
Wavelength:
715 to 980 nm
Laser Color:
Red, Infrared
Power:
1.5 W to 350 mW
Polarization:
Horizontal
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Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
DPSS Laser
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
210 to 750 nm
Pulse Energy:
3 mJ
Polarization:
Horizontal, Linear
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Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Solid State Laser
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
No
Laser Gain Medium:
Erbium-Doped Laser
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
805 to 1620 nm
Laser Color:
Infrared
Power:
100 to 200 mW
Polarization:
Vertical, Horizontal
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Description: FemtosecondLaser Series
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Tunable:
Yes
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
1030 nm
Laser Color:
Infrared
Power:
10 to 25 W
Pulse Energy:
12.5 to 100 µJ
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Description: 1064 nm, Femtosecond Laser Delivers High Powers in NIR Region
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
No
Laser Gain Medium:
Ytterbium-Doped(Yb-doped)
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
1030 to 1040 nm
Laser Color:
Near-Infrared
Power:
> 3.5 W
Pulse Energy:
5 to >25 nj
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Description: Widely Tunable, Automated Ultrafast Ti:Sapphire Laser
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated), OEM Las...
Technology:
Solid State Laser
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
Yes
Laser Gain Medium:
Ti:Sapphire Laser
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
720 to 980 nm
Laser Color:
Near-Infrared
Power:
0.7 to 1.5 W
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Description: High Power Femtosecond Rackmount Pulse Fiber Laser
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Tunable:
No
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
1020 nm, 1100 nm, 1520 nm, 1600 nm
Laser Color:
Infrared
Power:
1 to 200 W
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Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
No
Laser Gain Medium:
Ytterbium-Doped
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
1030 nm
Laser Color:
Infrared
Power:
up to 100 W
Pulse Energy:
up to 0.1 mJ
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Description: 0.7 µm - 3 µm, Tunable OPCPA Laser System for Ultrafast Material Science Applications
Ultrafast Laser:
Femtosecond Lasers
Technology:
Solid State Laser
Gain Medium Type:
Semiconductor
Tunable:
Yes
Laser Gain Medium:
Ytterbium-Doped
Operation Mode:
Pulsed Laser
Wavelength:
700 to 3000 nm
Laser Color:
Red, Yellow, Green, Blue, Violet
Power:
4 to 30 W
Pulse Energy:
0.04 to 0.3 mJ
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Description: TruMicro Series 2000 for structuring, ablating, cutting, or drilling: the laser has become an essential tool in micro-production technology
Ultrafast Laser:
Picosecond Lasers, Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Tunable:
No
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
1030 nm
Laser Color:
Infrared
Power:
10 W
Pulse Energy:
10 µJ
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Description: 1.5 µm Ultrafast Fiber Laser for Scientific Research Applications
Ultrafast Laser:
Femtosecond Lasers, Picosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated), OEM Las...
Technology:
Passive Mode-Locking Techniques
Tunable:
No
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
1550 nm
Laser Color:
Infrared
Power:
100 mW
Mode:
Polarization Maintaining
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Description: Femtosecond tunable synchronously pumped optical parametric oscillator
Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Technology:
Solid State Laser
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
No
Laser Gain Medium:
Ti:sapphire Laser
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
1010 to 1260 nm
Laser Color:
Infrared
Power:
Up to 100 mW
Polarization:
horizontal
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Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Separate)
Technology:
Solid State Laser
Gain Medium Type:
Solid State (Crystal / Glass)
Tunable:
No
Laser Gain Medium:
Ytterbium-Doped
Fiber Coupled:
Yes
Operation Mode:
Pulsed Laser
Wavelength:
1030 nm
Power:
up to 100 W
Pulse Energy:
up to 100 uJ
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Ultrafast Laser:
Femtosecond Lasers
Configuration:
Laser Head with Control Unit (Integrated)
Tunable:
No
Fiber Coupled:
No
Operation Mode:
Pulsed Laser
Wavelength:
1030 nm
Laser Color:
Infrared
Pulse Energy:
2 mJ
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1 - 15 of 393 Femtosecond Lasers

What are Femtosecond Lasers?

A femtosecond laser is a type of laser that emits laser pulses with a pulse duration in the femtoseconds (10 -15 seconds) range. Femtosecond solid-state lasers use a neodymium-doped gain medium or ytterbium-doped gain medium with laser diode pumping. The generation of such short light pulses is usually achieved with the technique of passive mode-locking. The high peak power and short pulse duration make the femtosecond lasers suitable for applications such as material processing, supercontinuum generation, mid-infrared spectroscopy, micromachining, and imaging. 

Pulsed lasers

The femtosecond fiber lasers usually emit laser pulses with a duration of 50 to 500 fs and have a repetition rate from 10 to 100 MHz. The femtosecond dye lasers offer a pulse duration of up to a hundred femtoseconds.

Specifications of femtosecond lasers

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

Tunable: Represents the wavelength tune-ability of the femtosecond laser. Both the tuneable and non-tuneable femtosecond lasers are available.

Fiber-coupled: The femtosecond lasers are available both in fiber couple or non-fiber coupled choices.

Operation mode: Pulsed Lasers

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

Mode: Represents the mode of operation of laser light. Usually, these lasers are available in single-mode.

Power: Represents the power average power of a femtosecond laser output. It can have a range of milliwatts to watt range.

Pulse width: Represents the pulse duration of a femtosecond laser. The duration of pulse range is in the femtosecond (10-15 s) range.

Pulse energy: Represents the energy per pulse of a femtosecond laser. Usually, it is in the range from nJ to mJ range.

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

Repetition rate: Represents the number of emitted pulses per second from a femtosecond laser. It is represented in Hz. For example, the repetition rate of 200 Hz means that 200 pulses per second emitted from the pulse laser. Usually, the repetition rates can from kHz to GHz.    

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

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