Incoherent Light Sources
Particle and Quantum Sources
Optical Systems
Opto-Mechanics
Non-Contact Inspection
Spectral Analysis
Imaging and Vision
- Home
- Lasers
- Fiber Lasers
- Broadband & Supercontinuum Sources
- OPERA Broadband Supercontinuum Source
OPERA Broadband Supercontinuum Source
OVERVIEW
The Opera series is a laser dedicated to CARS applications. This solution combines the performances of a sub-nanosecond narrow linewidth laser with a broadband emission of an all-fibered supercontinuum, ensuring a reliable, compact and cost-effective alternative to conventional equipments. The feasability of high resolution and multicolour CARS imaging has already been demonstrated with this dual output laser.
SPECIFICATION
- Bandwidth: 2000 nm
- Center Wavelength: 1400 nm
- Output Power: 200 mW
- Polarization: Not Specified
- Number Of Outputs: 2 outputs
Applications
Spectroscopy
KEY FEATURES
Pump and Stokes output
Maintenance-free
User-friendly
Excellent spectral resolution < 0.1 cm-1
Pump output > 70mW
Stokes output > 70mW
Sub-nanosecond pulses
SHG output at 532 nm available
Spatially single mode
Low cost
You may also like
-
Tunable Wavelength Light Source 1528.77nm-1563.86nmLaserse Inc.
-
Tunable Wavelength Light Source 1568.77nm-1607.47nm L-BandLaserse Inc.
-
BBS-CL 17 F3 FCA C+L-Band ASE Broadband Light SourceFibotec Fiberoptics GmbH
-
SC4500 Mid-IR Supercontinuum LaserThorlabs, Inc.
-
FYLA SCFYLA LASER SL
-
FYLA SCT High PowerFYLA LASER SL
-
FYLA SCTFYLA LASER SL
-
C-Band Tunable Light SourceConnet Laser Technology Co., Ltd.
-
1250-1650nm High Power SLD Broadband Light SourceConnet Laser Technology Co., Ltd.
-
Dual-Wavelength Picosecond Fiber Laser for Nonlinear Microscopy - CARS and SRSActive Fiber Systems GmbH
-
ALS-15 Broadband Light SourceAmonics Limited
-
Ytterbium-Doped Broadband Fiber Light Source ALS-1050-20Amonics Limited
Don’t have an account?
Please consider registering
NOTE: It may take up to 10 min to receive the registration verification link. For immediate assistance please use the “GUEST” option above.