Max Robotics — Global Service Robot Directory + US Certification

About

Gregg Kammerer is a leading innovator in tactile sensing and robotic manipulation, whose work is redefining how machines perceive touch. His primary research areas include vision-based tactile sensors, multimodal fingertip design, and the miniaturization of haptic feedback systems for dexterous robotics. Kammerer’s most significant contribution is his pioneering approach to shrinking high-resolution tactile sensors to the scale of a human finger—a critical challenge for enabling robots to perform delicate, human-like tasks. His 2024 paper on using fiber optic bundles to miniaturize vision-based tactile sensors (23 citations) has already become a foundational reference, demonstrating how to overcome packaging constraints without sacrificing spatial resolution. In parallel, his work on the "artificial multimodal fingertip" (3 citations) integrates touch with other sensory modalities, drawing on insights from human neurophysiology to create richer, more natural interactions. By bridging the gap between biological touch and robotic sensing, Kammerer is not only advancing the field of soft robotics but also paving the way for safer, more intuitive human-robot collaboration. His research promises to transform prosthetics, manufacturing, and autonomous systems.