What Is 센싱 원리?
A technical introduction to tactile sensing technology: what it is, how it works, and why it matters.
Learn how PPS capacitive sensing differs from traditional resistive alternatives in sensitivity, repeatability, and design flexibility, and explore how the technology is applied across medical devices, robotics, ergonomics, automotive, and beyond.
Whether you're evaluating tactile sensing for the first time or looking to understand the engineering behind our sensors, this is the place to start.
Chameleon 소프트웨어
Chameleon is the data visualisation and analysis software supplied with every PPS sensor system. Explore the full feature set — from real-time heat map rendering and 3D pressure visualisation to synchronised video capture, advanced analysis tools, and seamless data export to Excel, MATLAB, and Python. Understand the difference between Chameleon Core and Chameleon Premium, and find out which licence gives you the capabilities your work requires. Built specifically for PPS tactile sensors, Chameleon is designed to turn complex pressure data into clear, actionable insight.
회사정보
PPS는 20년 이상 누적된 고난이도의 과제를 해결해온 혁신적인 센싱 솔루션 개발경험을 가진 다양한 전문분야의 엔지니어링 팀으로 구성되어있습니다. 이는 PPS의 가장 자랑할만한 강점으로, 모든 설계와 개발 과정에 우리의 제품을 적용하여 고객사가 더 많은 데이터와 의미있는 통찰을 얻을 수 있도록 돕고 있습니다.
글로벌 대리점
PPS tactile sensors are sold and supported through a network of specialist distributors across the UK, Europe, North America, Asia, and beyond. Find your nearest distributor for local application support, pricing, and technical guidance — or explore what's involved in becoming a PPS distribution partner in your region.
보도자료
각종 매체를 통해 언급된 다양한 기사를 게시합니다. PPS의 기술에 대해 어떻게 설명하고 있는지 확인해 보십시오.
Selecting Sensor & Navigating the Sensor Catalog
Not sure which R&D sensor is right for your application? This guide walks you through selecting the right sensor from our catalog, explaining how to use the database filters - active area, resolution, thickness, and sensor type - to narrow down designs that match your specific requirements, with guidance on what each parameter means and how it affects performance.