To improve the adaptability of robots and enable them to detect their working environment in a timely manner, a large number of sensor devices have been applied to robots. These sensors improve the working conditions of robots, allowing them to perform complex tasks more effectively.
The robot integrates force sensors, proximity sensors, tactile sensors, ultrasonic sensors, vision sensors, and auditory sensors. Their respective functions are clearly defined to ensure the robot can function normally, much like a human. To ensure a better operating perspective and a safer work area, many collaborative robots integrate torque sensors and cameras; a vision sensor is a camera capable of performing multiple tasks. The robot can adjust its movements appropriately based on received information, from detecting moving objects to positioning parts on a conveyor belt; if the force sensor is the robot's tactile sense, then the vision sensor is its eyes, and the torque sensor senses the force on the end effector; to ensure operator safety, in addition to considering the robot's own normal operation, safety sensors should also be equipped. When the robot senses abnormal intensity, it will trigger an emergency stop to ensure operator safety.
"As robots become increasingly miniaturized, the space for sensor installation is even more limited. Therefore, micro-miniature sensors are needed in robot applications. Baumer leverages its expertise in producing micro-miniature products and focuses on their application in the robotics field, allowing their high-speed and high-precision characteristics to be fully utilized in robotic arms." Song Xiaogang, Baumer's Marketing and Sales Manager, is very optimistic about the application prospects of sensors in the robotics field.
Food processing and packaging: essential tools for enhancing automation.
Food safety issues are becoming increasingly prominent. my country is placing greater emphasis on food safety, leading to higher demands on food testing technologies. In the past, Chinese food machinery manufacturers neglected the application of food testing technologies. Compared to improving overall machine performance, food testing technology has greater potential for development. In food testing technology, sensors play a crucial role in collecting data such as food temperature and location. The application of sensors not only ensures food safety but also increases food yield.
"In the past, the food industry had a relatively low level of automation. Now, manufacturers may have new requirements for automation because with Chinese consumers' increasing demands for food safety and quality, as well as the upgrading of consumption, changes are inevitable." Some industry insiders believe that while other industries may experience fluctuations, the prospects for the food packaging industry, which produces fast-moving consumer goods, remain very broad. "The reason is that existing production lines need continuous upgrading, and the industry's own needs will continue to evolve." Therefore, the application of sensors in the food processing and packaging industry will continue to increase, serving as an essential tool for improving the industry's automation level.
