High-performance CW semiconductor laser systems — diode and DPSS — engineered for demanding research, medical diagnostics, and industrial applications.
Precision photonics engineered for research, medical, and industrial demands
Active closed-loop power stabilisation maintains ±1% RMS output across the full 10–35 °C operating range. TEM₀₀ variants achieve M² < 1.2 with polarisation ratios exceeding 100:1 — meeting the most demanding requirements in spectroscopy, interferometry, and confocal microscopy.
Diode lasers deliver high-power multimode output up to 2500 mW with exceptional wall-plug efficiency for flow cytometry, medical imaging, and OEM integration. DPSS lasers produce narrow-linewidth coherent beams for holography, Raman spectroscopy, and precision single-mode applications. Both share a common control interface and compact enclosure.
All-solid-state design with no consumables, no gas handling, and no periodic realignment delivers operational lifetimes exceeding 10,000 hours. DC–30 kHz TTL/Analog modulation and RS-232 control enable direct integration with laboratory instruments, PLCs, and OEM systems from day one.
25 wavelengths · 65 variants · 261 – 1550 nm
Powering precision instruments across life sciences, analytical sensing, metrology, and industrial production.
Flow cytometry, confocal microscopy, DNA sequencing, cell sorting, and clinical diagnostics.
Read application note →Raman spectroscopy, fluorescence sensing, NIR tissue imaging, and optical coherence tomography.
Read application note →Interferometry, holography, LIDAR, wavefront measurement, and quantum sensing.
Read application note →Semiconductor inspection, laser marking, machine vision, and OEM instrument manufacturing.
Read application note →Contact our team of photonics experts to discuss your specific requirements
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