Appearing 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.
Read MoreAppearing 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.
Read MoreFeatured 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.
Read MoreFeatured 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.
Read MoreFeatured 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.
Read MoreFeatured 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.
Read MoreAppearing 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.
Read MoreAppearing 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.
Read MoreAppearing 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.
Read MoreFeatured 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.
Read MoreFeatured 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.
Read MoreFeatured 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.
Read MoreFeatured 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.
Read MoreFeatured 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.
Read MoreAs published by Med-Tech Insights, Dr. Jae Son explores the critical importance of ergonomics in medical device design – showing how comfort and fit impact patient compliance and outcomes, and how PPS tactile sensing technologies enable objective measurement to overcome the limits of “one-size-fits-all” approaches.
Read MoreAs announced by Med Tech, PPS and NHS Golden Jubilee will present the first in vivo use of the Precision Knee Aligner at PAS 2025 - an advanced sensor system enabling real-time force measurement to improve soft tissue balance in total knee replacement surgery.
Read MorePPS has introduced AeroStrip, a low-profile pressure sensor designed to simplify vehicle aerodynamics testing. As featured in The Manufacturer, this innovative solution offers an affordable, real-world alternative for OEMs, motorsport engineers, and Formula Student teams seeking accurate aerodynamic pressure data without wind tunnel costs.
Read MoreThe ability to measure a wide range of spray impact pressure and distribution patterns has direct applicability across a variety of industry application areas including the design and manufacture of industrial spray nozzles, paint or polyurethane spray guns, shower heads, automotive windshield wiper fluid dispensers, pepper spray dispensers and medical devices.
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