Fiber lasers

Menu
- Home
- Login
- Products
  Optics
  Lasers & Light Sources
  Optomechanics
  Fiber Optics
  Detection Devices
  Electro-Optics & Electronics
  Machines
  Imaging & Microscopy
  Design Software
  Raw materials
- Custom Suppliers
- Company
  List your products on MEETOPTICS
  About
  Contact
- Resources
  FAQ
  Academy
  Forum
Notifications
Mark all as read
Your cart is empty. Please add some items.

Lasers using optical fiber doped with rare earth elements as gain media.

Product	Emission Range	Emission Wavelength	Output Optical Power	Availability	Price (USD)
Ytterbium Fiber Laser	Short-Wave IR Near IR	1030 nm, 1720 nm	> 1.5 W, > 700 mW	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Short-Wave IR Near IR Emission Wavelength 1030 nm, 1720 nm Output Optical Power > 1.5 W, > 700 mW Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 120 fs, < 10 ps Peak Optical Power 125 kW (Calculated) Pulse Energy > 15 nJ, > 8 nJ Beam Quality (M²) < 1.1 Repetition Rate 80 - 100 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 2 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) picosecond (ps) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
Ytterbium Fiber Laser	Near IR	1030 nm	> 10 W	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Near IR Emission Wavelength 1030 nm Output Optical Power > 10 W Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 120 fs Peak Optical Power 833.3 kW (Calculated) Pulse Energy > 100 nJ Beam Quality (M²) < 1.1 Repetition Rate 40 - 250 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 1 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
Ytterbium Fiber Laser	Short-Wave IR Visible Near IR	765 - 965 nm 1030 nm 1150 - 1550 nm	> 600 mW, > 10 W, > 250 mW	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Short-Wave IR Visible Near IR Emission Wavelength 765 - 965 nm 1030 nm 1150 - 1550 nm Output Optical Power > 600 mW, > 10 W, > 250 mW Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 120 fs, < 200 fs Peak Optical Power 50 kW (Calculated) Pulse Energy > 6 nJ, > 10 nJ, > 2 nJ Beam Quality (M²) < 1.05 Repetition Rate 80 - 100 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 2, 3 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
Ytterbium Fiber Laser	Visible	515 nm	> 4 W	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Visible Emission Wavelength 515 nm Output Optical Power > 4 W Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 120 fs Peak Optical Power 833.3 kW (Calculated) Pulse Energy > 100 nJ Beam Quality (M²) < 1.1 Repetition Rate 40 - 250 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 2 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
Ytterbium Fiber Laser	Near IR	1030 nm	> 100 mW	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Near IR Emission Wavelength 1030 nm Output Optical Power > 100 mW Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 120 fs Peak Optical Power 8.333 kW (Calculated) Pulse Energy > 1 nJ Beam Quality (M²) < 1.01 Repetition Rate 40 - 250 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 1 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
Ytterbium Fiber Laser	Near IR	920 nm	> 800 mW	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Near IR Emission Wavelength 920 nm Output Optical Power > 800 mW Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 120 fs Peak Optical Power 83.33 kW (Calculated) Pulse Energy > 10 nJ Beam Quality (M²) < 1.05 Repetition Rate 40 - 100 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 1 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
Ytterbium Fiber Laser	Near IR	1030 nm	> 10 W	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Near IR Emission Wavelength 1030 nm Output Optical Power > 10 W Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 350 fs Peak Optical Power 28.57 MW (Calculated) Pulse Energy > 10 μJ Beam Quality (M²) < 1.2 Repetition Rate 100 kHz - 40 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 1 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
Ytterbium Fiber Laser	Near IR	1030 nm	> 5 W	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Near IR Emission Wavelength 1030 nm Output Optical Power > 5 W Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 150 fs Peak Optical Power 33.33 MW (Calculated) Pulse Energy > 5 μJ Beam Quality (M²) < 1.2 Repetition Rate 100 kHz - 40 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 1 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
Ytterbium Fiber Laser	Short-Wave IR	1560 nm	> 80 mW	8 - 16 weeks	Add to cart to request quote
Product Code Emission Range Short-Wave IR Emission Wavelength 1560 nm Output Optical Power > 80 mW Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration < 120 fs Peak Optical Power 8.333 kW (Calculated) Pulse Energy > 1 nJ Beam Quality (M²) < 1.01 Repetition Rate 40 - 250 MHz (Factory Set) Applications Amplifier Seeding Coherent Antistokes Raman Scattering Fluorescence Lifetime Imaging (FLIM) Neuroscience Optogenetics Quantum Optics Stimulated Raman Scattering Supercontinuum Generation THz Generation Two-Photon Polymerization Output Polarization Circular, Horizontal, Vertical Spatial Mode/Shape Circular, TEM00 Number of Output Ports 1 Pulse To Pulse Stability < 0.1% (RMS) Timing Jitter < 30 fs Operation Pulsed Polarization Extinction Ratio > 20 dB (circular, Horizontal, Vertical) Key Features Tunable Pulse Duration (Range) femtosecond (fs) Repetition Rate Instability <100 Hz Intensity Noise Shotnoise limited >500 kHz Optical Power Stability <1% rms (%) Supplier Location Austria See product details More from Prospective Instruments
CARS & SRS Fiber Laser	Short-Wave IR Visible Near IR	1032 nm 700 - 990 nm (NIR) 1080 - 1950 nm (IR)	> 700 mW (customized versions on request, Fundamental, at 800 nm, 700 mW, Signal) > 400 mW (at 1250 nm, Idler)	Contact Supplier	Add to cart to request quote
Product Code Emission Range Short-Wave IR Visible Near IR Emission Wavelength 1032 nm 700 - 990 nm (NIR) 1080 - 1950 nm (IR) Output Optical Power > 700 mW (customized versions on request, Fundamental, at 800 nm, 700 mW, Signal) > 400 mW (at 1250 nm, Idler) Frequency & Mode Operation Single Transverse Mode Tunable Pulse Duration 2 ps (Others on Request) Beam Quality (M²) 1.2 Repetition Rate 80 MHz Applications Coherent Antistokes Raman Scattering Stimulated Raman Scattering Output Polarization Horizontal Spatial Mode/Shape TEM00 Interfaces Ethernet, RS-232, TCP/IP, USB Beam Diameter(s) 1.2 mm (at 800 nm) 1.7 mm (at 1032 nm) Wavelength Tuning Range 700 - 990 nm (NIR) 1080 - 1950 nm (IR) Beam Ellipticity < 10% Operation Pulsed Polarization Extinction Ratio > 20 dB (Linear 100:1, Horizontal) Pulse Duration (Range) picosecond (ps) Pointing Stability < 100 μrad per 100 nm Wavenumber Bandwidth (FWHM) 10 1/cm (Signal, Fundamental) Supplier Location Germany See product details More from APE