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Learn how to choose the right telecentric lens for machine vision based on FOV, magnification, sensor size, working distance, resolution, telecentricity, depth of field, and lighting requirements.

Explore how a 90° telecentric lens combined with 90° telecentric lighting can optimize AOI systems where conventional straight optical paths are difficult to integrate. Learn how folded optical configurations improve machine integration while supporting stable imaging, controlled illumination, and precise inspection for PCB, electronics, semiconductor, and industrial applications.

Telecentric lenses improve AOI imaging by providing stable magnification, reduced perspective effects, and consistent image geometry. Learn how to combine telecentric lenses, high-resolution cameras, and controlled lighting for PCB, electronics, semiconductor, and precision inspection—including 90° telecentric optical configurations for space-constrained AOI systems.

Telecentric lenses help machine vision systems achieve stable magnification, reduced perspective effects, and consistent image geometry. Learn how telecentric imaging works, how it compares with standard lenses, and when to use it for precision measurement, AOI, and industrial inspection.

Discover Rapixel Smart Camera, an all-in-one AI vision system integrating camera, lens, illumination, and AI processing. Designed for industrial inspection, it enables fast and reliable solutions for OCR, counting, defect detection, battery cell QR code inspection, and automated quality control.

Explore how Rapixel Tech’s high-resolution AOI solutions combine 245MP CXP and 150MP 10GigE cameras with large format and telecentric lenses to achieve precise inspection for PCB, semiconductor, and industrial applications.