Description
Specifications
Applications
DownloadsIceblink Pro V1 High Power Supercontinuum Laser: Precision and Versatility in a Single Source
The FYLA Iceblink Pro V1 is a cutting-edge high power supercontinuum fiber laser designed for researchers and engineers who require ultimate control and spectral breadth in their light source. Spanning a spectral range starting at 410 nm in the visible region all the way to 2300 nm in the short-wave infrared, this system provides continuous, high-brightness light across all wavelengths.
Advanced Pulse Picker Technology for Tailored Output
A core feature of the Iceblink Pro V1 high power supercontinuum laser is its integrated pulse picker. This gives users control over the laser’s repetition rate, allowing for the selection and exclusion of individual laser pulses from the inherent high-frequency pulse train. This capability is critical for precise timing experiments, enabling the adjustment of the effective pulse-to-pulse interval and average power. Users can effectively dial in the optimal repetition rate to match the temporal dynamics of their specific application, such as tuning the interval for fluorescence decay measurements or optimizing time-correlated single-photon counting experiments.
Ideal for Time-Sensitive and High-Resolution Applications
The variable frequency control, coupled with the system’s overall exceptional performance, makes the Iceblink Pro V1 an indispensable tool for highly precise, time-resolved research. Its inherent high spatial coherence allows for excellent coupling efficiency into small core fibers or microscope systems. The broad, continuous spectrum and high power density offer a superior alternative to conventional light sources—including broadband lamps, single-wavelength lasers, and LEDs —by delivering both coherence and comprehensive spectral coverage.
The Iceblink Pro V1 delivers unmatched flexibility, making it a powerful foundation for next-generation scientific innovation and industrial quality control.
Boreal: Turn Your Supercontinuum Laser Into a Tunable Light Source
BOREAL is a versatile tunable wavelength accessory designed for FYLA supercontinuum laser sources, enabling precise selection of wavelengths across the visible and near-infrared spectrum. Covering spectral ranges from 400–1000 nm and 1000–1700 nm, these plug-in modules provide exceptional flexibility for applications such as bioimaging, nanophotonics, spectroscopy, and advanced optical research. With a selectable bandwidth ranging from 10 to 600 nm, 1 nm spectral resolution, and the ability to isolate a single wavelength band with high precision, BOREAL systems deliver outstanding spectral control while maintaining low insertion losses. Available with either free-space or fiber-coupled outputs—including customizable collimated configurations—these accessories transform a supercontinuum source into a powerful, tunable white-light laser platform optimized for demanding scientific and industrial environments.
See BOREAL’s product page to learn more.
Applications
The unique combination of features of the Iceblink PRO supercontinuum laser directly supports demanding scientific and industrial applications. Key uses include:
- Fluorescence Lifetime Imaging (FLIM): The adjustable repetition rate and short pulse duration are ideal for accurately measuring fluorescence decay times and mapping molecular environments.
- Time-Resolved Spectroscopy: Enables the study of molecular processes with high temporal resolution across the entire spectral window.
- Spectroscopy and Microscopy: The continuous spectrum supports broadband absorption, reflection, and transmission measurements, while its spatial coherence is excellent for high-resolution microscopy techniques.
- Optical Component Testing: Provides a single, stable source for characterizing optical fibers, sensors, and detectors over an extremely wide wavelength range.