OPERA Broadband Supercontinuum Source
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Ships from:
France
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Sold by:
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On FindLight:
since 2018
Description
The Opera series is a state-of-the-art laser system specifically designed for Coherent Anti-Stokes Raman Scattering (CARS) applications. This groundbreaking solution merges the high performance of a sub-nanosecond narrow linewidth laser with the expansive emission capabilities of an all-fibered supercontinuum. The result is a reliable, compact, and cost-effective alternative to traditional equipment, offering users enhanced capabilities in high-resolution and multicolor CARS imaging.
At the core of the Opera series is its exceptional ability to deliver both pump and Stokes outputs, each exceeding 70mW, ensuring robust and consistent performance. The system's design emphasizes user-friendliness and maintenance-free operation, making it an ideal choice for laboratories and research facilities seeking efficiency without compromise. With a spectral resolution of less than 0.1 cm-1, the Opera series stands out for its precision and clarity in spectral analysis.
The Opera laser source is engineered to accommodate various operational needs with features such as sub-nanosecond pulse capability and the availability of Second Harmonic Generation (SHG) output at 532 nm. Its spatially single-mode output guarantees high-quality laser performance, while the system's compact dimensions (305x250x80 mm) and lightweight design (less than 5 kg) facilitate easy integration into existing setups. Additionally, the Opera series supports a broad operating temperature range from 0°C to 50°C, ensuring reliability in diverse environments.
Designed with a focus on flexibility and control, the system offers a front panel and USB control interface, providing users with straightforward and intuitive operation. The Opera series is a testament to innovation in laser technology, offering a sophisticated solution for advanced spectroscopy and CARS applications, all while maintaining a commitment to user safety with its Class 3B laser product classification.
OPERA Broadband Supercontinuum Source
Specifications |
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Bandwidth: | 2000 nm |
Center Wavelength: | 1400 nm |
Output Power: | 200 mW |
Polarization: | Not Specified |
Number Of Outputs: | 2 outputs |
Features
- Pump and Stokes Output: Delivers consistent and high-quality performance.
- Maintenance-Free: Designed for longevity and hassle-free operation.
- User-Friendly: Easy to operate with a straightforward interface.
- Excellent Spectral Resolution: Achieves < 0.1 cm-1 for precise measurements.
- High Pump Output: Greater than 70mW for robust applications.
- High Stokes Output: Greater than 70mW ensuring effective performance.
- Sub-Nanosecond Pulses: Provides rapid and efficient pulse delivery.
- SHG Output at 532 nm Available: Offers flexibility for various applications.
- Spatially Singlemode: Ensures a high-quality laser beam.
Applications
- CARS: Ideal for Coherent Anti-Stokes Raman Scattering applications.
- Spectroscopy: Suitable for detailed spectral analysis.
Frequently Asked Questions
The Opera Broadband Supercontinuum Source is a laser dedicated to CARS applications, used for high resolution and multicolour CARS imaging.
The Opera Broadband Supercontinuum Source has pump and Stokes output, is maintenance-free, user-friendly, has excellent spectral resolution of < 0.1 cm-1, pump output of > 70mW, Stokes output of > 70mW, sub-nanosecond pulses, SHG output at 532 nm available, and is spatially single mode.
The Opera CARS laser source has a central wavelength of 1064 nm, total average power of > 70 mW, spectral bandwidth of Min < 420 nm and Max > 2400 nm, output of Free space or fibered, and an FC/APC collimator (~1m armored cable).
The Opera Broadband Supercontinuum Source has a control interface of front panel and USB, operating temperature of +0°C to +50 °C non condensing, weight of < 5kg, dimensions of 305x250x80 mm, and power requirements of 100-240 V, 50/60 Hz.
The options available for the Opera Broadband Supercontinuum Source are achromatic collimated output, synchronization of pump and Stokes beam, and 532nm generation.