Laser displacement sensors are sensors that use laser technology to make measurements. It consists of a laser, a laser detector, and a measurement circuit. The laser sensor is a new measuring instrument. It can accurately measure the change of position, displacement, etc. of the measured object.

JCJM's laser ranging sensor uses the phase method ranging principle, and the measurement accuracy is usually 1mm. The IP68 housing is highly resistant to dust and water, which enables the laser ranging sensor to work in a variety of harsh environments. Your inquiry is welcome.

Universal Asynchronous Receiver / Transmitter, commonly called UART, is a universal serial data bus for asynchronous communication. The data to be transmitted is converted between serial communication and parallel communication. As a chip that converts parallel input signals into serial output signals, UART is usually integrated on the connection of other communication interfaces.

In addition to positioning, mapping, multi-touch and other applications, 2D laser radar can also be used for 3D modeling and environmental scanning. There must be curiosity. The image scanned by 2D lidar should be a plan view. How do you turn a 2D plan into a three-dimensional view?

The application of laser ranging sensors in the field of intelligent transportation: automobile collision avoidance detectors, automobile collision avoidance detectors, vehicle pedestrian illegal monitoring.

More and more e-commerce platforms and logistics companies use mobile robots to move goods in warehousing and logistics, and mobile robots are booming.

JCJM laser distance sensors have been widely used in many industrial fields such as robotics, warehouse logistics, security systems, railway monitoring, agricultural automation, construction, industrial automation, intelligent transportation, vehicle height, drones, archery, engineering. Survey, golf, interior decoration, sports, engineers, 3D laser printers, cranes, radar, laser radar, etc.

The unmanned bottom support can be divided into three parts: sensors, high-precision maps and computing platforms. In terms of sensors, mainstream sensors are divided into: millimeter wave radar, laser radar and camera.