The Air-Cooled dpSS Laser for Lab Instruments is specifically designed to meet the needs of analytical and laboratory equipment manufacturers who require dependable optical sources without the complexity of water cooling. Our Air-Cooled dpSS Laser for Lab Instruments features a thermally optimized cavity, low-noise pump diodes, precision beam shaping optics and integrated air-cooling fans with vibration damping to preserve beam quality. The Air-Cooled dpSS Laser for Lab Instruments delivers long-term output stability, tight pulse-to-pulse energy control (if pulsed), and low jitter for demanding applications such as fluorescence excitation, Raman spectroscopy, interferometry, and imaging. Manufacturers appreciate the reduced service burden: the Air-Cooled dpSS Laser for Lab Instruments eliminates the need for external chillers, reduces plumbing and leakage risk, and simplifies field service through modular electronics and clear replacement procedures. Safety interlocks, EMI suppression and CE/ROHS compliant materials make the Air-Cooled dpSS Laser for Lab Instruments straightforward to certify inside complex instruments.
Our Air-Cooled dpSS Laser for Lab Instruments combines compact mechanical packaging with professional thermal and optical engineering to deliver a plug-and-play light engine for instrument builders. The Air-Cooled dpSS Laser for Lab Instruments features stable CW or pulsed operational modes, factory-calibrated output power, and customer-selectable wavelengths and fiber coupling options. Built with serviceability in mind, the unit exposes accessible air filters, quick-release optical mounts and modular driver boards for rapid field replacement. With documented MTBF figures, recommended operating profiles, and application notes for spectroscopy and microscopy, the Air-Cooled dpSS Laser for Lab Instruments simplifies product development and reduces lifetime maintenance costs for laboratory instrument OEMs.