The development of intelligent robots promotes the sensor industry, and sensors will also be the "catalyst" for the development of the intelligent robot industry. Recently, the robot industry has become one of the focuses of the development of the manufacturing industry as a newly emerged big industry. As the main components of robot work, the development of sensors has an important role in the robot exhibition industry. With the development of the robot industry, it has also brought new vitality to related industries, such as machine vision and sensors.

The external sensing of intelligent robots needs to be mainly in the category of powerful touch, proximity, sense, slip sense and thermal sense transducers. Sensing destruction is the basic premise of intelligent robot work. Only by designing accurate sensors of all kinds can the robots be applied to more full fields. Using the laser displacement sensor with high precision, non-contact and high speed, it can detect the size, distance, shape, displacement, vibration and other information of various parts in the robot industry. The principle of the laser displacement sensor is mainly to use the characteristics of laser high directivity, high monochromaticity and high brightness to achieve contactless measurement, which helps to greatly improve the accuracy and reliability of displacement measurement.

Laser displacement sensors have applications in robot control

1. Ensure that the robot has a stronger ability to resist vibration and shock

According to the relevant introduction, more and more robots today give priority to the use of laser displacement sensors at the beginning of structural design. Because this kind of displacement sensor has stronger vibration and shock resistance, it is well known that the robot may encounter obstacles during the driving process and be led to a major impact, in order to ensure that it still has stable performance under the big impact, then the choice of laser displacement sensor with strong vibration and shock resistance is a wiser choice.

2. Make the robot control have a more stable output signal

The reason why the laser displacement sensor is preferred for robot control is also that it can promote the robot to have a more stable output signal in the control operation. Because the displacement sensor is designed based on the principle of triangulation and uses a lot of digital background suppression technology, it helps to greatly improve the anti-interference ability to ensure that the output signal is stable and interference free.

3. Ensure that the robot has EMI shielding features

The reason why the robot controls load the laser displacement sensor is that it helps to achieve EMI shielding. Because the laser displacement sensor is the use of red laser and small clear light spot to achieve displacement movement control, there is basically no EMI interference phenomenon in robot control, and applying it to robot control also helps to improve its EMI shielding characteristics.

The popularity and application of laser displacement sensor have gradually replaced the old displacement measurement method, in fact, this is a new idea for the development of laser displacement sensor. The reason why the laser displacement sensor is more conducive to controlling the robot is that it has the characteristics of strong shock resistance and EMI shielding, and it can also promote the robot control to have a more stable output signal.

Laser displacement sensor is a commonly used measuring instrument, mainly for the measurement of physical quantities such as length, distance, vibration, speed, orientation, etc. Laser displacement sensor has been widely used in the field of temporary energy robot manufacturing with its high accuracy, high reliability, good stability, super anti-opening ability, weight and other characteristics, and has achieved extraordinary results. To a large extent, it has quasi-moved the development of China's intelligent robot, fully ensuring the benign and safe operation of the temporary robot, and only in the case of very high sensor stability and reliability can the intelligent robot accurately complete the task.