PF pressure-sensitive paper turns bite force into a pressure map with distinct red and white zones—where darker shades indicate heavier pressure and lighter shades indicate lighter pressure, making the high and low areas immediately visible. From restorative adjustment to orthodontic monitoring, it moves dental diagnosis and treatment from experience-based practice toward data-driven precision, and from morphological replication to functional simulation.

From rehabilitation assessment to ergonomics, from sports biomechanics to robotic tactile sensing — the PF glove-type flexible fabric pressure distribution system transforms "tactile sensation" into quantifiable, visualizable engineering data. With its high-density sensor array, it generates real-time pressure heatmaps and center-of-pressure trajectories, exposing grip strength, pinch force, and contact surface pressure like never before.