Consumer Electronics
The multi-dimensional tactile sensor detects a wide range of tactile inputs, providing richer and more varied user experiences and enhancing device performance for further improvements in robotics, computing, communications, and consumer electronics. By integrating multidimensional tactile sensors into devices, users can experience more realistic and immersive tactile feedback during use.
Robotic Tactile Sensing
Equipped with the PaXini Tech multi-dimensional tactile sensor, the robot can perceive and interpret its environment thoroughly, enabling precise operations and enhanced collaborative interactions.
Mixed-reality Technology
The integration of multi-dimensional tactile detection into mixed reality technology enhances its application scenarios, especially in dentistry and surgery, where precise tactile detection is crucial.
Intent Recognition and Manipulation
By collecting tactile data related to user habits with multi-dimensional sensors and analyzing it with AI algorithms, the robot can decipher user intentions and execute corresponding actions for intelligent interactions.
Multi-Axis Tactile Sensor PX-6AX
The PaXini Tech's multi-dimensional tactile sensor PX-6AX, inspired by the tactile capabilities of human skin, captures sub-millimeter deformations instantly upon contact with objects. This allows robots to possess a versatile and rich tactile experience comparable to humans. Beyond traditional three/six-degree force detection, the flexible sensor array on PX-6AX provides additional information such as sliding, friction, texture, and temperature, enabling robots to perceive and adapt to diverse scenarios, executing complex adaptive actions.
Consumer Electronics
The multi-dimensional tactile sensor detects a wide range of tactile inputs, providing richer and more varied user experiences and enhancing device performance for further improvements in robotics, computing, communications, and consumer electronics. By integrating multidimensional tactile sensors into devices, users can experience more realistic and immersive tactile feedback during use.
Robotic Tactile Sensing
Equipped with the PaXini Tech multi-dimensional tactile sensor, the robot can perceive and interpret its environment thoroughly, enabling precise operations and enhanced collaborative interactions.
Mixed-reality Technology
The integration of multi-dimensional tactile detection into mixed reality technology enhances its application scenarios, especially in dentistry and surgery, where precise tactile detection is crucial.
Intent Recognition and Manipulation
By collecting tactile data related to user habits with multi-dimensional sensors and analyzing it with AI algorithms, the robot can decipher user intentions and execute corresponding actions for intelligent interactions.
Multi-Axis Tactile Sensor PX-6AX
The PaXini Tech's multi-dimensional tactile sensor PX-6AX, inspired by the tactile capabilities of human skin, captures sub-millimeter deformations instantly upon contact with objects. This allows robots to possess a versatile and rich tactile experience comparable to humans. Beyond traditional three/six-degree force detection, the flexible sensor array on PX-6AX provides additional information such as sliding, friction, texture, and temperature, enabling robots to perceive and adapt to diverse scenarios, executing complex adaptive actions.
