FSX-Series Femtosecond Lasers: Tunable, Ultra Low-Noise, Multi-Wavelength

Name: FSX-Series Femtosecond Lasers: Tunable, Ultra Low-Noise, Multi-Wavelength
Brand: RPMC Lasers, Inc.
Availability: InStock

Description

The FSX-series femtosecond lasers are a groundbreaking innovation in the field of laser technology, offering a compact and turn-key solution for a wide array of scientific and industrial applications. Designed with versatility in mind, these lasers are perfectly suited for use in biophotonics, material science, quantum computing, and basic research and development. The FSX-series stands out with its ultra low-noise performance and the ability to provide both fixed and tunable wavelengths, making it an ideal choice for researchers and professionals seeking precision and reliability.

One of the key features of the FSX-series is its multiple synchronized laser outputs, which are capable of ultra low-noise operation. This makes the FSX-series particularly effective for advanced imaging techniques such as coherent Raman imaging (CARS, SRS) and multi-spectral excitation two-photon imaging. The lasers can be equipped with a variety of options, including built-in dispersion compensation, fast power modulation, hollow-core fiber delivery, and non-linear frequency conversion modules. These features allow the FSX-series to drive multiple experiments simultaneously, optimizing both cost and space efficiency.

The FSX-series is engineered for ease of use and compactness, ensuring seamless integration into any laboratory or industrial setting. With high power synchronized pulses and ultra-low relative intensity noise (RIN) and phase noise, these lasers deliver exceptional performance and stability. The FSX-series supports 24/7 operation, making it a reliable choice for continuous use in demanding environments. Whether for quantum optics, amplifier seeding, FLIM microscopy, spectroscopy, neuroscience, or optogenetics, the FSX-series femtosecond lasers provide unparalleled precision and adaptability.

Specifications

Center Wavelength:	1030 nm
Repetition Rate:	100000 – 100000 kHz
Pulse Energy:	0.0001 mJ
Pulse Duration:	140 fs
Pointing Stability (RMS):	30 urad
Polarization:	Unspecified
Spatial Mode (M^2):	<1.2
Amplification Scheme:	Not Specified
Pulse Duration:	<140 fs
Average Output Power Per Wavelength:	>10 W
Pulse Energy:	>100 nJ
Pulse Repetition Rate:	100 MHz *on request 40 - 250 MHz
Beam Quality, M^2:	<1.15, TEM00
Pointing Stability:	30 µrad rms (12 h) const. temperature, <5 µrad / °C @ 18 - 27 °C
Power Supply:	90 – 264 VAC, 47 – 63 Hz
Power Consumption:	<500 W
Warm-up Time:	<10 min
Operation Temperature:	18 °C - 27 °C
Storage Temperature:	-10 °C - 65 °C
Third Wavelength:	1120 - 1570 nm (tunable in range)
Second Wavelength:	765 - 940 nm (tunable in range)
First Wavelength:	1030 nm

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Features

Versatile Applications: Ideal for biophotonics, material science, quantum computing, and basic R&D.
Ultra Low-Noise Performance: Features multiple ultra low-noise, wavelength tunable synchronized laser outputs.
Broad Wavelength Range: Offers fixed and tunable wavelengths from 765 nm to 1570 nm.
Compact and Turn-Key: Easy to use with a compact design, suitable for 24/7 operation.
High Power and Synchronized Pulses: Provides high power with synchronized pulses for demanding applications.
Advanced Modulation Options: Includes built-in dispersion compensation and fast power modulation.
Multi-Experiment Capability: Can drive multiple experiments simultaneously, saving costs and space.
Precision and Stability: Offers excellent beam quality (M2 <1.15, TEM00) and pointing stability (30 µrad rms).
Environmental Adaptability: Operates efficiently within a temperature range of 18 °C - 27 °C.
Powerful Output: Delivers >10 W average output power per wavelength with pulse durations <140 fs.
Flexible Wavelength Options: Single wavelength options at 780, 920, and 1030 nm, with tunable ranges available.
Comprehensive Support: Warranty options available, with additional features like AOM on stokes wavelength and dispersion pre-compensation.

Applications

Biophotonics
Material Science
Quantum Computing
Basic R&D
Coherent Raman Imaging (CARS, SRS)
Multi-spectral Excitation 2-Photon Imaging
Quantum Optics
Amplifier Seeding
FLIM Microscopy
Spectroscopy
Neuroscience & Optogenetics
2P Polymerization
Supercontinuum Generation
Terahertz Generation
2P/SHG/THG Microscopy

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United States

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RPMC Lasers, Inc.

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since 2014

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Frequently Asked Questions

What is the FSX-series femtosecond laser used for?

The FSX-series femtosecond laser is used for a variety of applications including biophotonics, material science, quantum computing, basic R&D, coherent Raman imaging (CARS, SRS), multi-spectral excitation 2-photon imaging, FLIM microscopy, spectroscopy, neuroscience, optogenetics, 2P polymerization, supercontinuum generation, terahertz generation, and 2P/SHG/THG microscopy.

What are the available wavelengths for the FSX-series laser?

The FSX-series laser offers multiple wavelengths: a fixed wavelength of 1030 nm, a tunable second wavelength ranging from 765 to 940 nm, and a tunable third wavelength ranging from 1120 to 1570 nm.

What are the key features of the FSX-series laser?

Key features of the FSX-series laser include ultra-low noise, turn-key operation, compact design, high power synchronized pulses, ultra-low relative intensity noise (RIN) and phase noise, and the ability to drive multiple experiments simultaneously.

What is the pulse duration and average output power of the FSX-series laser?

The pulse duration of the FSX-series laser is less than 140 femtoseconds, and the average output power per wavelength is greater than 10 watts.

What are the power supply requirements for the FSX-series laser?

The FSX-series laser requires a power supply of 90 – 264 VAC, 47 – 63 Hz, with a power consumption of less than 500 watts.

What are the environmental operating conditions for the FSX-series laser?

The FSX-series laser operates at temperatures between 18 °C and 27 °C and can be stored at temperatures between -10 °C and 65 °C.

What options are available for the FSX-series laser?

Available options for the FSX-series laser include built-in dispersion compensation, fast power modulation, hollow-core fiber delivery, non-linear frequency conversion modules, and a built-in AOM on the stokes wavelength of 1030 nm with a modulation bandwidth greater than 10 MHz.