Research Grade 532nm Collimation Preserving 4F Beam Relay Optical System for Laser Research, Optical Testing and Precision Imaging Applications X-P26VYNP-0703
High precision research-grade 4F beam relay optical system designed for 532nm green laser applications. This optical system preserves beam collimation while enabling accurate image relay, beam shaping, and optical path control. It is widely used in laboratory research, laser imaging systems, photonics experiments, optical instrumentation, and precision optical alignment setups. Custom focal lengths, coatings, apertures, and system configurations are available. Output Beam Collimation Accuracy: S0.2 mrad Output Wavefront Quality: RMS WFE ≤ M/10 @ 532 nm Total System Transmission: > 95% @ 532 nm Beam Pointing Stability:S0.1 mrad Effective Clear Aperture: φ18 mm A 4F beam relay optical system is a precision optical configuration designed to transfer and manipulate optical wavefronts while preserving beam quality and collimation. It is widely used in laser imaging, optical experiments, and photonics research. People Also Ask (FAQs) Why is it called a 4F system?It is named 4F because the system is designed using two lenses separated by the sum of their focal lengths (f + f + f + f configuration in optical path design). Can a 4F system preserve beam quality?Yes. A properly designed 4F system can preserve collimation and minimize optical distortion during beam relay.
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