MENHIR-1030 Series 160 MHz Industrial-Grade Laser 1030 nm

Key Features of the MENHIR-1030 Series 160 MHz Femtosecond Laser

• Industrial-grade 1030 nm femtosecond laser oscillator designed for demanding ultrafast photonics, metrology, microscopy, spectroscopy, and precision timing applications.
• Ultra-low phase noise and timing jitter, making the MENHIR-1030 Series ideal for applications requiring exceptional repetition-rate stability and low-noise optical pulse trains.
• 160 MHz repetition rate configuration with available repetition-rate options from 80 MHz to 200 MHz to support a wide range of system integration needs.
• Center wavelength from 1025 nm to 1035 nm, optimized around the 1030 nm spectral region commonly used in advanced ultrafast laser systems.
• Average output power greater than 100 mW, providing reliable performance for both laboratory and industrial photonics workflows.
• Sub-300 fs transform-limited pulses, with typical pulse duration around 200 fs for clean, high-quality femtosecond pulse generation.
• Clean soliton pulse operation with a smooth sech2-shaped optical spectrum for stable ultrafast laser performance.
• Optical bandwidth greater than 5 nm, with typical measured bandwidth of approximately 6.2 nm FWHM at 160 MHz operation.
• Excellent beam quality with TEM00 spatial mode and M2 < 1.10, enabling efficient coupling and high-precision beam delivery.
• High long-term power stability, validated with extended stability testing for reliable continuous operation in industrial and scientific environments.
• Shot-noise-limited performance above 1 MHz, supporting low-noise measurements and high-sensitivity optical experiments.
• Exceptional repetition-rate stability with free-running phase noise characterized at high RF harmonics, including measurement on the 62nd harmonic near 10 GHz.
• Passively air-cooled design eliminates the need for external water cooling, reducing system complexity and maintenance requirements.
• Fully self-contained laser platform engineered for robust, reliable, and user-friendly integration into OEM systems and research setups.
• Compact footprint with dimensions of approximately 250 mm × 260 mm × 60 mm, ideal for space-constrained optical benches and integrated instruments.
• Designed for robustness and reliability, offering industrial-grade performance for continuous operation and demanding deployment conditions.
• Optimized for precision timing applications such as low-jitter optical clocks, microwave photonics, optical frequency comb systems, synchronization, and ultrafast sampling.
• Suitable for ultrafast scientific applications including nonlinear optics, pump-probe experiments, multiphoton microscopy, terahertz generation, and high-speed optical diagnostics.
• Custom modification options available for repetition rate, wavelength, power, and integration requirements depending on application needs.
• High-performance alternative to conventional 1030 nm ultrafast oscillators, combining low timing jitter, compact packaging, passive cooling, and industrial reliability in one platform.

Applications for the MENHIR-1030 Series 160 MHz Femtosecond Laser

• Ultrafast Laser Timing and Synchronization – Ideal for precision timing distribution, optical clock synchronization, accelerator timing systems, XFEL synchronization, and low-jitter trigger generation where ultra-low timing noise and repetition-rate stability are critical.
• Optical Frequency Comb Generation – Well suited as a low-noise 1030 nm femtosecond laser source for optical frequency combs, frequency metrology, optical referencing, carrier-envelope phase studies, and precision spectroscopy platforms.
• Low-Noise Microwave and RF Signal Generation – Enables generation of ultra-low phase noise microwave signals through photodetection of high harmonics, supporting RF photonics, microwave photonics, radar research, and high-stability electronic reference systems.
• Ultrafast Pump-Probe Spectroscopy – Provides sub-300 fs pulses for time-resolved spectroscopy, carrier dynamics measurements, semiconductor analysis, photochemistry, condensed matter physics, and ultrafast material response studies.
• Two-Photon and Multiphoton Microscopy – A strong fit for 1030 nm multiphoton excitation in bioimaging, neuroscience, deep-tissue imaging, fluorescence microscopy, and nonlinear microscopy applications requiring clean beam quality and stable output power.
• Nonlinear Optics Research – Suitable for supercontinuum generation, second-harmonic generation, sum-frequency generation, nonlinear waveguide characterization, photonic crystal fiber experiments, and ultrafast nonlinear dynamics studies.
• Seed Source for Yb-Doped Fiber Amplifiers – Excellent as a low-noise femtosecond seed laser for ytterbium fiber amplifier systems, ultrafast amplifier chains, high-power 1030 nm laser systems, and industrial femtosecond laser platforms.
• OPCPA and OPA Seeding – Can be used as a stable ultrafast seed source for optical parametric amplifiers, optical parametric chirped-pulse amplification systems, wavelength conversion setups, and tunable femtosecond laser sources.
• Terahertz Generation and Detection – Supports THz time-domain spectroscopy, electro-optic sampling, photoconductive switching, spintronic THz emitters, and ultrafast THz research requiring stable femtosecond pulse trains.
• Photonic Analog-to-Digital Conversion – Its ultra-low pulse-to-pulse jitter makes it highly relevant for optical sampling, photonic ADC systems, high-speed signal acquisition, precision waveform digitization, and RF-over-fiber testbeds.
• Electro-Optic Sampling and High-Speed Metrology – Enables precise sampling of fast electrical and optical transients, high-bandwidth device characterization, ultrafast detector testing, and time-domain measurements.
• Dual-Comb and Asynchronous Optical Sampling – Applicable to dual-comb spectroscopy, asynchronous optical sampling, precision distance measurement, coherent ranging, and ultrafast scanning systems when paired with compatible repetition-rate sources.
• Laser Ranging and Precision Distance Metrology – Useful for comb-based LiDAR, optical time-of-flight measurement, absolute distance metrology, industrial alignment, and high-resolution dimensional measurement systems.
• Optical Coherence Tomography Research – Can support 1030 nm OCT source development, broadband imaging research, swept or comb-based OCT concepts, and biomedical imaging system development.
• Quantum Optics and Quantum Photonics – Suitable for experiments involving synchronized photon generation, nonlinear crystal pumping, quantum frequency conversion, entangled photon source development, and precision timing in quantum photonic systems.
• Semiconductor and Nanophotonics Characterization – Useful for testing photonic integrated circuits, waveguides, microresonators, modulators, ultrafast semiconductor devices, and nanoscale optical structures.
• Industrial Ultrafast Laser System Development – Serves as a compact, robust, passively air-cooled oscillator for OEM integration into industrial femtosecond platforms, precision manufacturing tools, and high-reliability laboratory instruments.
• Femtosecond Micromachining Seed Applications – Can act as a seed source for amplified systems used in precision micromachining, glass processing, thin-film structuring, medical device manufacturing, and high-accuracy materials processing.
• Detector and Instrument Calibration – Provides a stable ultrafast optical pulse train for calibrating fast photodiodes, streak cameras, oscilloscopes, timing electronics, optic