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🏆 Flagship Lasers & Sources
Compare HELIOS fs laser modelsTunable mid-IR with AURORA OPACompress Yb pulses (HYPERION)Adaptive shaping with DazzlerNarrow-linewidth CW for atoms
📷 Detection & Diagnostics
Princeton sCMOS for spectroscopyPhasics SID4 wavefront sensorsReal-time THz imaging cameras
🪞 Premium Optics
XUV mirrors for attosecond scienceHigh-LIDT 1030nm Yb mirrorsHigh-power CPA gratings
🔬 Application Solutions
Design a complete CPA systemBuild a THz time-domain setup
📐 Calculators
Calculate dispersion / GDDSHG phase matching at 800nm
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Precision Photonics for Research & Industry
The CMOS Camera features a GigE data transfer connector, compliant with the GigE Vision 2.1 protocol, and supports power over Ethernet(POE). The camera utilizes a high-pixel, high-frame-rate CMOS sensor, with resolutions ranging from 0.4 megapixels to 20 megapixels. The housing is designed by Japanese Omron Sentech, featuring high-end material selection for all components. It offers advantages such as compact size, portability, excellent sturdiness and vibration resistance, superior heat dissipation, high stability, and electromagnetic shielding. The input port is a C-Mount optical connector, for easy integration into 30 mm coaxial systems. For mounting and positioning, all four sides of the camera can serve as mounting surfaces.