SENSOR CHINA2025 will focus on creating a robotics sensory interaction theme eco-zone!
SENSOR CHINA Robot Sensory Interaction Theme Ecological Zone
Sensors are the core components of robot perception and interaction, which are crucial for technological breakthroughs and industrial upgrading, and SENSOR CHINA, as one of the three largest sensor exhibitions in the world, is also the most influential service platform for the sensing industry in China. SENSOR CHINA 2025 will be held on September 24th-26th at the Transnational Sourcing Convention and Exhibition Center. The exhibition will re-launch the “Robot Sensory Interactive Theme Ecological Zone”, which will be the first time to comprehensively dismantle the cutting-edge progress of robots in the five major perceptual dimensions of vision, touch, hearing, smell and force. This is not only a stage to display advanced robotics technology, but also a key platform to promote the synergistic development of the industry. We sincerely invite sensor companies to participate enthusiastically and let your innovative technology become a key force in the evolution of robotics!
Advance Layout and Ecological Construction
SENSOR CHINA continues to lay out the ecological map of the robot industry and actively builds and cultivates the application ecology. At last year’s exhibition, SENSOR CHINA successfully gathered dozens of robot sensing enterprises, machine manufacturers and research institutions and other core forces of the industrial chain through the linkage of ecological partners, effectively promoting the linkage and collaborative innovation of upstream and downstream enterprises.
Robot Sensory Interactive Theme Ecological Zone
Robotics is reshaping our lives and work patterns with unprecedented speed. From basic automated production lines to complex intelligent service systems, robots have become ubiquitous in all aspects of human society, and SENSOR CHINA will create an ecological zone of robot sensory interaction that will, for the first time, break down technological innovations and cutting-edge applications in the field of robotics from the perspective of the senses.
1.The eco-district will be highlighted:Robotic Visual Sensing: The “Eye” for the World
Focus on how vision sensors can give robots “eyes”. Robot vision following sensors, feel high precision capture the image information of the surrounding environment, the robot can instantly recognize the shape, size, position and attitude of the object, to achieve precise positioning and grasping.
2 Robot tactile sensing: sensing the details of the “fingertips”
The sense of touch is an important bridge for robots to interact closely with the physical world. In the exhibition site, tactile sensors will show its magic charm. These sensors are skillfully integrated in the robot’s robotic arm end or gripper, and can keenly sense the hardness, roughness, shape and temperature of the surface of the object and other information.
3 Robot auditory sensing: listening to the world’s “ears”
Hearing gives robots the ability to perceive sound, enabling them to better understand the surrounding environment and human commands. In the Robotics Zone, advanced auditory sensors will demonstrate their outstanding performance. Through sound recognition technology, robots can accurately determine the source and type of sound, such as recognizing specific voice commands in noisy environments to achieve voice control and human-robot interaction.
4 Robot olfactory sensing: the “nose” that captures odors
Olfactory sensing technology opens up new ways for robots to sense chemical odors. In the robotics exhibition area, visitors will learn how olfactory sensors allow robots to have a keen sense of “smell”. These sensors can detect various gas molecules in the air and identify different odorants.
5 Robotic Exoskeleton/Force Sensing: “Force Sensing” for Precision Assistance
Exoskeleton force sensing technology also attracted much attention in the robotics exhibition area. Force sensors play a crucial role in exoskeleton robots as a device to enhance human strength and endurance. They can accurately sense force interactions between the exoskeleton and the human body, and between the exoskeleton and the environment.
