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.
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.
The CRL series diode lasers have an internal optical feedback to ensure a very narrow spectral linewidth of the laser.
FOL-Dlight-Series High power diode laser system.
The StreamLine Laser offers high performance, high reliability, and superior beam shaping capabilities in a self contained laser module for 3D structured light applications.
The SWS diode laser integration modules consist of diode laser, fiber delivery and galvanometer scanning head. The modules are available in 300 W and 500 W laser power.
A revolution in material processing: the spatter-free blue diode Laser. Especially for Non-ferrous metals (copper laser welding, gold laser welding).
A revolution in material processing: the spatter-free blue diode laser with 500 W and excellent brightness. Particulary for non-ferrous metal treatment, like copper laser welding or even gold laser welding.
The ILE Barrelbeam is a battery powered laser that can be aligned in the X- and Y-axis.
Fine-adjustable laser beam with an adjustment accuracy of 0.12 mrad.
Fine-tunable laser with an adjustment accuracy of 0.12 mrad.
Battery-operated laser adjustable in the X- and Y- axes with an accuracy of 0.12 mrad.