Appearing in Electronic Specifier, this feature examines how PPS tactile sensing technology helps engineers quantify comfort and fit in wearable devices through real-time pressure mapping and contact analysis. The article highlights how objective tactile data can support more ergonomic, user-focused product development across wearables and head-mounted electronics.
더 알아보기Appearing in EPD to the Net, this case study explores how PPS tactile sensing technology helped Heeluxe develop SmartLast — an automated system designed to quantify footwear comfort and fit through objective, repeatable pressure measurement. The article highlights how tactile sensing is helping transform footwear evaluation from subjective feedback into scalable engineering data.
더 알아보기This article, published by Engineer Live, explores how PPS is using tactile sensing technology to bring objective, measurable insight into comfort and fit for electronics and wearable devices. It highlights how pressure mapping and contact analysis can help engineers better understand real human interaction with products, supporting improved ergonomics, usability, and user experience during product development.
더 알아보기Appearing in Tech Briefs, the article highlights how PPS tactile sensing technology was integrated into a custom curling training brush to capture real-time pressure data during sweeping. Developed with Professor Gerry Sande, the system translates sweeping technique into measurable data, helping teams analyse performance and refine training strategies.
더 알아보기Appearing in MEM UK News, this announcement highlights how PPS is advancing the understanding of ergonomics through tactile sensing. The upcoming webinar explores new approaches to measuring human interaction, including hand forces, grip, and contact pressure, helping to turn subjective comfort and strain into clear, measurable data for safer and more effective design.
더 알아보기Appearing in ISHN, the article explores how PPS tactile sensing, in collaboration with Heeluxe, led to the development of SmartLast — an automated system that translates human fit perception into consistent, measurable data, positioning footwear fit as a safety-critical parameter rather than a comfort preference.
더 알아보기Featured in Eureka Magazine, the article focuses on how Chameleon 2026 strengthens real-time pressure data interpretation and visualisation, supporting richer insight through advanced visualisation modes, improved annotation and export tools, and stronger workflow support for collaborative engineering teams.
더 알아보기Featured in EPD to the Net, the article highlights how PPS has launched Chameleon 2026, enabling engineers to quickly visualise contact and pressure interactions through a more intuitive interface, clearer signal processing, and seamless integration between data capture and analysis.
더 알아보기Featured in Life Science Daily, the article explores why human-centred ergonomic design is critical in health tech, showing how prioritising comfort, fit and real-world usability leads to better device performance, adoption and patient outcomes.
더 알아보기Featured in ISHN, the article traces the TactileGlove’s evolution, from early capacitive sensing prototypes to today’s multimodal ergonomic tool, showing how sensing human touch, paired with vision systems, is transforming how workplace safety and manual task risks are analysed.
더 알아보기Appearing on Electronics Specifier, the article explains how tactile sensing is becoming a core sensor alongside vision and motion, and how it enables engineers to embed ergonomic measurement into electronics design by capturing pressure and force data to improve usability and human-centred performance.
더 알아보기Appearing in Engineering Update, the article highlights a collaboration with Heeluxe, showing how tactile sensing is used to quantify footwear fit and comfort, advancing ergonomic assessment in product design.
더 알아보기Appearing in Engineering Update, the article highlights a collaboration with Purdue University, showing how tactile sensing and vision-based methods are being combined to support ergonomic measurement and improve the assessment of manual work and workplace safety.
더 알아보기Featured in Eureka Magazine, the article announces the PPS and BOA partnership, outlining how a new tactile sensing headform will support BOA in elevating helmet fit and performance. It highlights how PPS’s real-time pressure-mapping technology captures the full interaction between headwear and the human head, helping BOA engineer best-in-class fit systems for their customers.
더 알아보기Featured in Eureka Magazine, the article delves into how pressure, force and tactile sensing differ, and why that distinction matters, showing how tailored sensor arrays transform blunt ‘how much’ measurements into rich maps of ‘where and how’ loads are distributed.
더 알아보기Featured in Automation, the article explores how PPS and Tesollo are bringing RoboTact to Korea’s RobotWorld 2025, charting its progress from prototype sensors to a versatile system enabling robots to sense, adapt, and interact more naturally.
더 알아보기Featured in ISHN, the article follows the TactileGlove’s journey from early prototypes to today’s advanced capacitive sensing glove, showing how the concept of measuring human touch became a practical ergonomic tool.
더 알아보기Featured in Engineering Update, the article charts the history of the TactileGlove. From its early prototypes to today’s advanced capacitive sensing design, it is revealing how it turned the idea of measuring human touch into a practical reality.
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