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Why Telecentric Lenses Are Transforming Semiconductor & AI Vision Workflows
Discover the Unseen: Rapixel Hyperspectral Cameras for Mining Exploration
Precision in Every Frame — Mars Series High-Speed Cameras Empower Motion Analysis with Kinovea
Rolling vs Global Shutter in sCMOS Cameras
This article explains the key difference between Rolling Shutter and Global Shutter in sCMOS cameras — two core technologies that determine how images are exposed and captured. Using clear analogies and examples, it illustrates how Rolling Shutter exposes the image line-by-line, which may lead to distortion when capturing fast-moving objects, while Global Shutter captures all pixels simultaneously, ensuring distortion-free results.
The blog also provides guidance for engineers and buyers on how to choose between the two shutter types based on application needs — such as motion speed, synchronization, and noise requirements. Finally, it connects these concepts to Rapixel Tech’s machine vision cameras, helping readers make informed decisions for industrial inspection, automation, or high-speed imaging projects.
How Industrial Cameras Revolutionize Pharmaceutical Quality Control
Discover how industrial cameras empower pharmaceutical manufacturing with AI-powered inspection, packaging automation, and full traceability — ensuring product safety and compliance.
Reliable Chip Marking Inspection in AOI: How to Build Systems That Perform
This article outlines the main challenges system integrators face in chip marking AOI and shows how the right camera, lens, and illumination setup can make the difference between unstable results and a robust, production-ready system.
Revolutionizing Industrial Automation: Unlocking the Power of AI Vision Cameras
How Infrared Cameras (NIR · SWIR · LWIR) Transform Solar Panel Inspection and Recycling