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Review the optical, detector, timing, beam, target and atmospheric factors that determine practical performance in long-range laser rangefinder systems.

Learn how wavelength, target reflectivity, visibility, receiver sensitivity and integration choices affect infrared laser rangefinder performance.

See how long-range laser rangefinders support surveying, infrastructure, maritime monitoring, EO/IR payloads and other precision-measurement systems.

See how radar, EO/IR cameras and laser rangefinders combine for detection, identification and precise distance measurement in surveillance systems.

Understand how Q-switched Nd:YAG lasers generate short 1064 nm pulses and which pulse, beam, timing, thermal, and interface parameters matter for system integration.

Compare wavelength, eye safety, range, accuracy, target reflectivity, interface, SWaP, and environmental requirements before selecting an OEM laser rangefinder module.

Laser rangefinders and EO/IR sensors complement surveillance radar by confirming target distance, supporting classification, and improving multi-sensor tracking.

ERDI TECH LTD develops compact solid-state laser sources and modules for rangefinding, target designation, LiDAR, industrial sensing, and scientific instrumentation.

At ERDI Tech Ltd, we provide custom laser products for any industrial requirement.