

iBeam smart WS
Wavelength-Stabilized Diode Laser
- 633 nm, 638 nm , 660 nm, 685 nm, 785 nm , 808 nm, 828 nm , 852 nm
- Narrow linewidth (typ. 10 MHz)
- High wavelength stability
- Perfect choice for applications like Raman, Diffuse Correlation Spectroscopy (DSC) and Interferometry
- Fully computer controlled
The iBeam smart WS is the ultimate choice when looking for a compact and narrow linewidth OEM diode laser system. It is the wavelength stabilized version of the iBeam smart featuring reliable wavelength-stabilized diodes. Combined with iBeam smart’s flexible, mircoprocessor based electronics it makes system integration a snap.
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Specification
633-S-WS 638-S-WS 685-S-WS 785-S-WS Wavelength 633 nm 638 nm 685 nm 785 nm Center Wavelength Range ± 1 nm ± 1 nm ± 1 nm ± 1 nm Wavelength Stability (over 12h typ.) < 15 pm < 15 pm < 15 pm < 15 pm Output Power 70 mW 30 mW
(120 mW (1))40 mW 120 mW Spectral Linewidth < 25 MHz < 25 MHz < 25 MHz < 15 MHz Coherence Length > 5 m > 5 m > 5 m > 8 m Beam Diameter (typ. @ 1/e²) 0.6 x 0.9 mm 1.4 mm 1.6 mm 1.2 mm - Additional Information
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Options
Fiber coupling - SmartDock
Especially designed for the iBeam smart TOPTICA's SmartDock turns the iBeam smart into a rugged fiber coupled diode laser system. Both single-mode and polarization-maintaining fibers can be connected to the SmartDock. Better than 60 % coupling efficiency is guaranteed but efficiencies up to 90 % have been demonstrated due to the high beam quality of the iBeam smart. -
Applications
- Raman microscopy
- Raman spectroscopy
- Diffuse Correlation Spectroscopy (DSC)
- Linewidth sensitive applications using acousto-optic-deflector
- Downloads
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Literature
- Article: Lasers for Confocal Microscopy (Imaging & Microcopy)
- Article: Klaviatur der Farben (LASER)
- Press release: TOPTICA presents 515 nm direct diode technology live at Photonics West
- Press release: iBeam smart - Fully Featured
- Press release: New: iBeam smart - The Ultra-Compact Diode Laser
- Article: Ulrich Eismann Direct and frequency-converted diode lasers provide all wavelengths for holography, Laser Focus World (2018)
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