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Diode lasers use laser diodes as beam sources. One advantage of laser diodes is their extremely small dimensions, which are reflected in the compactness of diode laser systems. The spectral properties of laser diodes can be optimized both electrically and optically for a wide range of applications. For example, low optical feedback for laser radiation can lead to an extremely low spectral bandwidth for a laser diode. Laser 2000 offers diode laser systems and modules for applications in fluorescence microscopy, Raman spectroscopy, flow cytometry, measurement technology, and more.
Superior beam quality due to Powell lens technology. This modular system in the standard dimensions will also meet your individual requirements.
Superior beam quality due to Powell lens technology. This modular system in compact dimensions will also meet your individual requirements.
The high power system with thermoelectric temperature stabilization for even better signal-to-noise ratios and DB-connector for monitoring/modulation.
The highest power system with thermoelectric temperature stabilization for even better signal-to-noise ratios and DB-connector for monitoring/modulation.
The highly compact diode and DPSS lasers from Oxxius impress with their wide availability in terms of wavelengths and power. Modulation and various fiber coupling options are available for all laser variants.
Compact diode laser modules without compromises for industrial integration and scientific applications.
Miniature diode laser with power supply via USB port.
Innovative Photonic Solutions’ single-mode wavelength stabilized lasers feature high output power with ultra-narrow spectral bandwidth and a diffraction limited output beam. Designed to replace expensive DFB, DBR, fiber, and external cavity lasers.
The CNI series cw diode lasers are available with nearly all commercial available wavelengths.
Fiber-coupled diode laser with high performance and current and temperature control in a compact housing
JDSU direct-diode laser products provide up to 180 watts output at 940 nm with 600 µm fiber delivery
The pulsed picosecond diode lasers of the EPL series are ideal excitation sources for the measurement of fluorescence lifetimes and other time-resolved measurements.