Femtosecond Fiber Laser
C-Fiber Femtosecond Erbium Laser
| C-Fiber | C-Fiber High Power | |
| Central Wavelength | 1560 nm ± 20 nm | 1560 nm ± 20 nm |
| Average Power | >100 mW | >500 mW |
| Pulse Energy | >1.0 nJ | >5.0 nJ |
| Pulse Width | <90 fs | <90 fs |
| Repetition Rate | 100 MHz (50-250 MHz with Vario) | 100 MHz (50-250 MHz with Vario) |
| Repetition Rate Instability | <1 ppm over 20 hours at constant temperature | <1 ppm over 20 hours at constant temperature |
| Timing Jitter | <2 fs [rms, 10 kHz.. 10 MHz] | <2 fs [rms, 10 kHz.. 10 MHz] |
| Output Port | fiber-coupled (FC/APC) | free space |
| Polarization | linear, PM fiber | linear, s-polarized |
| Beam Height | 102 mm |
C-Fiber 780 Femtosecond Erbium Laser
| C-Fiber 780 | C-Fiber 780 HIGH POWER | |
| Central Wavelength | 780 nm ± 10nm | 780 nm ± 10nm |
| Average Power | >100 mW | >250 mW |
| Pulse Energy | >1.0 nJ | >2.5 nJ |
| Pulse Width | <100 fs (<70 fs with FEMTOSCALE) | <100 fs (<70 fs with FEMTOSCALE) |
| Repetition Rate* | 100 MHz (50-250 MHz with VARIO) | 100 MHz (50-250 MHz with VARIO) |
| Repetition Rate Instability | <1 ppm over 20 hours at constant temperature | <1 ppm over 20 hours at constant temperature |
| Timing Jitter | <2 fs [rms, 10 kHz.. 10 MHz] | <2 fs [rms, 10 kHz.. 10 MHz] |
| Output Port | free space | free space |
| Auxiliary Output Port** | free space, 1560 nm, >250 mW | free space, 1560 nm, >500 mW |
| Additional Fiber-Coupled Seed Port | 1 (up to 4 with MULTIBRANCH) | 1 (up to 4 with MULTIBRANCH) |
| Polarization | linear, s-polarized | linear, s-polarized |
| Beam Height | 75 mm | 75 mm |
Orange Femtosecond Ytterbium Laser
| orange | orange HIGH POWER | orange HIGH POWER 10 | |
| Central Wavelength | 1040 nm ± 10 nm | 1040 nm ± 10 nm | 1040 nm ± 10nm |
| Average Power | >100 mW | >1 W | >10 W |
| Pulse Energy | >1 nJ | >10 nJ | >100 nJ |
| Pulse Width* | <150 fs | <150 fs | <200 fs |
| Repetition Rate** | 100 MHz (50-250 MHz with VARIO) | 100 MHz (50-250 MHz with VARIO) | 100 MHz (50-250 MHz with VARIO) |
| Repetition Rate Instability | <1 ppm over 90 hours at constant temperature | <1 ppm over 90 hours at constant temperature | <1 ppm over 90 hours at constant temperature |
| Output Port | free space | free space | free space |
| Auxiliary Output Port | optional | optional | optional |
| Additional Fiber-Coupled Seed Port | 1 (up to 4 with MULTIBRANCH) | 1 (up to 4 with MULTIBRANCH) | 1 (up to 4 with MULTIBRANCH) |
| Polarization | linear, p-polarized | linear, p-polarized | linear, p-polarized |
| Beam Height | 95 mm | 95 mm | 95 mm |
| SECOND HARMONIC MODULE | SHG 520 | ||
| Average Power | >400 mW | ||
| Pulse Width | <150 fs | ||
| Polarization | linear, p-polarized | ||
YLMO-930 Femtosecond Fiber Laser
| YLMO-930 | |
| Central Wavelength | 930 nm ± 10 nm |
| Average Power | >1 W |
| Pulse Energy | >10 nJ |
| Bandwidth | >10 nm |
| Pulse Width | <140 fs, (typ. <120 fs) |
| Repetition Rate* | 100 MHz ± 1* |
| Output Port | freespace |
| 2nd Synchronized Output Port (optional) | 1030 nm ± 10 nm, >1,5 W, <150 fs |
| 2nd Fiber-Coupled Seed Port (optional) | 1030 nm ± 10 nm |
| Polarization | linear, (>50:1) |
| Beam Diameter | 2 mm ± 0.5 mm |
| Beam Height | 56 mm** |
ELMO Femtosecond Erbium Laser
| ELMO | ELMO HIGH POWER | |
| Central Wavelength | 1560 nm ± 30 nm | 1560 nm ± 30 nm |
| Average Power | >1 mW ( up to 15 mW)* | >330 mW in free space version** >100 mW in fiber coupled version (up to 200 mW)* |
| Pulse Width | chirped (<150 fs)* | <90 fs |
| Output Port | fiber-coupled | free space** or fiber-coupled |
| Polarization | linear, PM fiber | linear, p-polarized* |
| Dispersion Management* | dispersion can be factory set to achieve short pulses after 1-10 m of additional fiber | dispersion can be factory set to achieve short pulses after 1-10 m of additional fiber |
| Repetition Rate* | 100 MHz (50-100 MHz with VARIO) | 100 MHz (50-100 MHz with VARIO) |
| 2nd Fiber-Coupled Seed Port | yes | yes |
| 2nd High Power Output Port | available with MULTIBRANCH | available with MULTIBRANCH |
ELMO 780 Femtosecond Erbium Laser
| ELMO 780 | ELMO 780 HIGH POWER | |
| Central Wavelength | 780 nm ± 10 nm | 780 nm ± 10 nm |
| Average Power | >75 mW | >140 mW |
| Pulse Width | <100 fs | <100 fs |
| Output Port | free space | free space |
| Polarization | linear, p-polarized** | linear, p-polarized** |
| Dispersion Management | pigtailed and versatile SHG module with up to 0.5 m optical fiber supply* | pigtailed and versatile SHG module with up to 0.5 m optical fiber supply* |
| Repetition Rate* | 100 MHz (50-100 MHz with VARIO) | 100 MHz (50-100 MHz with VARIO) |
| Auxiliary Output Port at 1560 nm | fiber coupled, 1560 nm, >180 mW, <90fs pulse width after up to 0.5 m external patch cord*** | |
| 2nd Fiber-Coupled Seed Port | yes | yes |
| 2nd High Power Output Port | available with MULTIBRANCH | available with MULTIBRANCH |
YLMO Femtosecond Ytterbium Laser
| YLMO | YLMO HIGH POWER | |
| Central Wavelength | 1030 nm ± 5 nm | 1030 nm ± 5 nm |
| Average Power | >5 mW | >200 mW |
| Pulse Energy | >0.1 nJ | >4 nJ |
| Bandwidth** | >14 nm (others on request) | >14 nm (others on request) |
| Pulse Width (FWHM) | chirped, supporting <120 fs | chirped, supporting <140 fs |
| Repetition Rate*** | 50 MHz (80 MHz or 100 MHz with VARIO) | 50 MHz (80 MHz or 100 MHz with VARIO) |
| Output Port | SC/APC fiber patch cord | SC/APC fiber mating sleeve |
| 2nd Fiber-Coupled Seed Port | optional | optional |
| Polarization | linear, PM fiber | linear, PM fiber |
YLMO-2W Femtosecond Ytterbium Laser
| YLMO-2W | YLMO-2W 520 | |
| Central Wavelength | 1040 nm ± 5 nm | 520 nm ± 5 nm |
| Average Power | >2 W | >500 mW |
| Pulse Energy | >20 nJ | >5 nJ |
| Pulse Width | <140 fs | <150 fs |
| Repetition Rate* | 100 MHz ± 1 MHz | 100 MHz ± 1 MHz |
| Output Port | free space | |
| Polarization | p-pol. in free space (PER: typ. 23 dB) | s- or p-pol. in free space (PER: typ. 23 dB) |
C-Fiber Femtosecond Erbium Laser
Menlo Systems’ fiber-based femtosecond laser sources integrate the latest achievements in fiber technology into easy-to-use products. Menlo Systems’ unique figure 9® design results in reproducible and long-term stable operation. It is based on the well-established nonlinear optical loop mirror (NOLM) mode-locking mechanism. Both oscillator and amplifier use polarization-maintaining (PM) fiber components only, ensuring excellent stability and low-noise operation. The laser is maintenance-free, user installed and ready to use at the press of a single button. Customize your laser with the available options to match the requirements of your application.
C-Fiber 780 Femtosecond Erbium Laser
Menlo Systems’ fiber-based femtosecond laser sources integrate the latest achievements in fiber technology into easy-to-use products. Menlo Systems’ unique figure 9® design results in reproducible and long-term stable operation. It is based on the well-established nonlinear optical loop mirror (NOLM) mode-locking mechanism. Both oscillator and amplifier use polarization-maintaining (PM) fiber components only, ensuring excellent stability and low-noise operation. The subsequent second harmonic generation for the 780 nm is a highly efficient module for maximum performance. The laser is maintenance-free, user installed and ready to use at the press of a single button. Customize your laser with the available options to match the requirements of your application.
Orange Femtosecond Ytterbium Laser
Menlo Systems’ femtosecond Yb fiber-based laser sources now offer more than 10 W in average power with a pulse duration of <200 fs. Based on our unique figure 9® design, the lasers offer reproducible and long-term stable operation. Both oscillator and amplifier use polarization-maintaining (PM) fiber components only, ensuring excellent stability and low-noise operation. The second harmonic generation is a highly efficient module for maximum performance. The laser is maintenance-free, user installed and ready to use at the press of a single button. Customize your laser with the available options to match the requirements of your application.
YLMO-930 Femtosecond Fiber Laser
Menlo Systems’ femtosecond fiber laser integrates the latest developments in fiber technology and incorporates these enhancements into an easy-to-use solution.
Our patented figure 9® technology delivers reliable and consistent mode-locking, which is ideally suited to ensure long-term stable operation in demanding environments. The YLMO-930 with its PM-fiber design guarantees excellent stability and consistent long-term performance. The YLMO-930 is engineered with life science applications in mind. The pulses can be prechirped to attain their shortest width within their intended target sample. The impeccable beam quality, both spatially and temporarily, ensures the most efficient use of the deposited energy for the targeted multiphoton process.
The installation of the laser system is as easy as it gets, taking only a few minutes. For ease of operation, the laser is switched on by the push of a single button. The maintenance-free operation translates to a worry-free device that enables our customers to focus their time and resources on their actual application.
ELMO Femtosecond Erbium Laser
Menlo Systems’ fiber-based femtosecond laser sources integrate the latest achievements in fiber technology into easy-to-use products. Menlo Systems’ unique figure 9® mode-locking technology results in reproducible and long-term stable operation. The ELMO with its all-fiber design guarantees excellent stability and low-noise operation. As a seed source for fiber amplifiers, the oscillator is maintenance-free, user installed, and ready to use at the press of a single button. In short: An OEM laser engineered for 24/7 operation.
ELMO 780 Femtosecond Erbium Laser
Menlo Systems’ fiber-based femtosecond laser sources integrate the latest achievements in fiber technology into easy-to-use products. Menlo Systems’ unique figure 9® mode-locking technology results in reproducible and long-term stable operation. The ELMO with its all polarization-maintaining fiber design guarantees excellent stability and low-noise operation. The ELMO 780 is perfectly suited for applications in terahertz generation, multiphoton excitation, lithography technology, and 3D micro printing, as well as for seeding of amplifiers. With its modular concept and its compact frequency doubling module, it is optimized for OEM integration and maximum versatility. All systems are maintenance-free and engineered for 24/7 operation, ready to use at the press of a single button.
YLMO Femtosecond Ytterbium Laser
Menlo Systems’ Ytterbium based femtosecond fiber laser oscillator integrates the latest developments in fiber technology and incorporates these enhancements into an easy-to-use product.
Our patented figure 9® technology delivers reliable and consistent mode-locking, which is ideally suited to ensure long-term stable operation. The PM-fiber design guarantees excellent stability and low noise, even in harsh environments with high fluctuations in temperature. As a seed source for amplifiers, the YLMO offers easy integration and maintenance-free operation, engineered for 24/7 operation.
YLMO-2W Femtosecond Ytterbium Laser
Menlo Systems’ femtosecond fiber laser integrates the latest developments in fiber technology and incorporates these enhancements into an easy-to-use product.
Our patented figure 9® technology delivers reliable and consistent mode-locking, which is ideally suited to ensure long-term stable operation in demanding environments. The YLMO-2W with its PM-fiber design guarantees excellent stability and consistent long-term performance. The YLMO-2W is engineered with life science and multi-photon applications in mind. The pulses can be pre-chirped to attain their shortest width within their intended target sample. The impeccable beam quality, both spatially and temporarily, ensures the most efficient use of the deposited energy for the targeted multiphoton process.
The installation of the laser system is as easy as it gets, taking only a few minutes. For ease of operation, the laser is switched on by the push of a single button. The maintenance free operation guarantees a worry-free device that enables our customers to focus their time and resources on their actual application.
C-Fiber Femtosecond Erbium Laser
- High Stability
- Low Amplitude and Phase Noise
- All-PM Solution
- Single Mode-Lock State
- figure 9® Technology, Laser Output in Less than 60 Seconds
- Repetition Rate 50-250 MHz
- Excellent Price/Performance Ratio
- Compact Design
C-Fiber 780 Femtosecond Erbium Laser
- High Stability
- Low Amplitude and Phase Noise
- All-PM Solution
- Single Mode-Lock State
- figure 9® Technology, Laser Output in Less than 60 Seconds
- Auxiliary Output at 1560 nm
- Repetition Rate 50-250 MHz
Orange Femtosecond Ytterbium Laser
- >10 W with <200 fs or >1W with <150fs
- SHG 520 nm Option
- High Stability
- Low Amplitude and Phase Noise
- Repetition Rate 50-250 MHz
- Single Mode-Lock State
- figure 9® Technology, Laser Output in Less than 60 Seconds
YLMO-930 Femtosecond Fiber Laser
- Compact: 10-50 times smaller than Ti:Sapphire lasers
- Laser Output in less than 60 seconds after turn-on
- Low Amplitude and Phase Noise
- Adjustable Chirp Control (-60000 …0 fs2)
- Low Amplitude and Phase Noise
- Modulation Input (enable/disable): SMA Connector
- Radio Frequency Output for Trigger/Synchronization: SMA Connector
- Excellent Beam Quality (TEM 00, M²<1.2) and Beam Stability
- Air Cooled – no Chiller
- Low Power Consumption
- Quality “Made in Germany”
ELMO Femtosecond Erbium Laser
- High Stability
- Low Amplitude and Phase Noise
- All-PM Solution
- Single Mode-Lock State
- Menlo figure 9® Technology, Laser Output in Less than 60 Seconds
- Repetition Rate 50-100 MHz
- Smallest Footprint, No additional laser driver required
ELMO 780 Femtosecond Erbium Laser
- High Stability
- Low Amplitude and Phase Noise
- All-PM Solution
- Single Mode-Lock State
- Menlo figure 9® Technology, Laser Output in Less than 60 Seconds
- Repetition Rate 50-100 MHz
- Smallest Footprint, No additional laser driver required
YLMO Femtosecond Ytterbium Laser
- High Stability
- Low Amplitude and Phase Noise
- All-PM Solution
- Single Mode-Lock State
- figure 9® Technology, Laser Output in Less than 60 Seconds
- Repetition Rate 50-100 MHz
- Smallest Footprint, One-box laser (no external control unit)
YLMO-2W Femtosecond Ytterbium Laser
- High Stability
- Low Amplitude and Phase Noise
- All-PM Solution
- Single Mode-Lock State
- figure 9® Technology, Laser Output in Less than 60 Seconds
- Repetition Rate 100 MHz
- Compact Laser Head
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