As global labor costs rise and manufacturing pressures continue to rise, machine automation in next-generation manufacturing will become more and more important. As a manufacturing powerhouse, Germany launched the "High Technology Strategy 2020" to further support the research, development and innovation of a new generation of revolutionary technologies in the industrial field. The United States has launched a "re-industrialization" strategy, hoping to regain the lost manufacturing industry through high-end technology and save the country's unemployment crisis. Recently, Galanz, AAC Technologies and other factory automation upgrade shows that the world is setting off an automated revolution, robots, 3D printing represented by intelligent manufacturing is on the stage.

"At present, China's industrial robots have been growing at an average annual rate of more than 36% annually and have become one of the fastest growing markets in the world." Luo Baihui, head of Dongguan Robot Technology Association, said more and more enterprises are now starting to replace robots People, engaged in a variety of production work, thus promoting the robot automation industry. Robot manufacturing applications in the factory, often need to combine visual sensing, pneumatic components and other products.

Sensors play a very important role in the control of robots. Thanks to sensors, robots have similar human-like perception and responsiveness. So, what are the specific requirements of robots on the sensor? The following inviting wild robot CEO Ling Lin robot lovers to make a detailed introduction.

The first concern is the accuracy and other issues, for smart robots sensors need to have high precision, high reliability, good stability. Intelligent robots, with the help of the sensing system, independently perform the work assigned by human beings. If the accuracy of the sensor is poor, it will directly affect the quality of the robot's operation. If the sensor is unstable or not reliable, it can easily cause the intelligent robot to malfunction. Resulting in the work can not be normal operation, serious cases can cause serious accidents, so the reliability and stability of the sensor is the robot for its most present requirements.

Followed by the anti-interference ability, intelligent robot sensors often work in an unknown environment, thus requiring sensors with anti-electromagnetic interference vibration dust and grease and other harsh environments interference. Light weight and small size are also the requirements of sensors on the robot. For sensors installed on moving parts such as robotic arms, the weight must be light, otherwise the damage of moving parts will be increased, which will affect the movement performance of the robot. For robots with limited workspaces, size and orientation requirements are also essential.

Finally, the most essential point is the installation of the sensor. The safety problem of intelligent robots is firstly its self-protection, on the other hand, the measures taken by robots to protect human safety from encroachments. At work, humans always use their own sensory feedback to control the use of muscle strength does not exceed the bearing capacity of bones and tendons. Similarly, the robot in the course of their work, the use of force and torque sensors to detect and control the force of the components, so that each component does not exceed its force limit, so as to protect the components are not damaged. In order to prevent the collision of the robot with the surrounding objects, various touch sensors and proximity sensors are required to prevent the collision. Smart robots are human beings, in order to protect human beings, intelligent robots need sensors to limit their own behavior.

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