IC programming with Pogo Pin is a widely adopted technique in electronics manufacturing, enabling efficient and reliable electrical connections between programming tools and integrated circuits (ICs) during the programming process. Pogo Pins, spring-loade
Electric vehicle (EV) testing with Pogo Pins is a vital process in the development, validation, and quality control of electric vehicles, enabling engineers to perform a wide range of electrical tests on various components and systems, including batteries
EV charger Pogo Pins are specialized spring-loaded contact probes designed to facilitate secure and efficient electrical connections between electric vehicle (EV) charging stations and EVs, enabling the transfer of high-power electricity during charging.
Chip testing with Pogo Pin arrays is a critical process in semiconductor manufacturing, where an array of spring-loaded Pogo Pins is used to establish simultaneous electrical connections with multiple pins or pads of a chip, enabling comprehensive testing
Medical testing equipment Pogo Pins are high-precision connectors widely used in diagnostic devices, such as blood analyzers, PCR machines, and imaging systems, to establish temporary or permanent electrical connections between components like sensors, ci
Wearable sensor Pogo Pins are compact, spring-loaded connectors designed to enable seamless electrical connections in wearable devices, such as fitness trackers, health monitors, and smartwatches, where they facilitate data transfer and power delivery bet
Smart wearable charging Pogo Pins are specialized connectors designed to provide efficient, secure power transfer for charging smartwatches, fitness bands, hearing aids, and other wearable devices. These Pogo Pins replace traditional charging ports (such
Pogo Pins have become integral components in AR (Augmented Reality) and VR (Virtual Reality) devices, enabling seamless electrical connections between headsets, controllers, charging stations, and modular accessories. These spring-loaded connectors addres