Industrial LiDAR is widely used in the industrial field and plays an important role in improving production efficiency and quality.

Applications

（1）Mobile robots and industrial automation processes: Lidar is mainly used in mobile robots and industrial automation processes in industrial automation. For example, AGV (Automated Guided Vehicle) and AMR (Autonomous Mobile Robot) use LiDAR for navigation and obstacle avoidance during the production process, ensuring that the robot can travel along the specified path while also having safety protection functions

In addition, LiDAR can also be used to detect the position and status of parts and equipment on the production line, improving production efficiency and quality.

G-TEK LMO101 series 2D LiDAR scanners is for obstacle avoidance with compact housing design and easily installtion.  Strong anti-corsstalk ability when even several sets LiDAR sensors are installed together. 270 degree detection range greatly increased the protection range. These LiDARs are able to output original data for second development. LMO101 series LiDAR sensors are widely us for AGV, AMR, Robotic vacuum cleaner, industrial manipulator, industrial robot arms, ects.

G-TEK LVD-16/32-B series 3D LiDA sensors has 16 channels or 32 channels for 360° horizontal scanning and 31° vertical scanning with vertical field of view -16° ~ +15°. Long range detection  distance 100m when reflection 10%. Light weight and compact housing makes it cos-save and competitive.

G-TEK LVD-128/180-A series LiDAR sensors are designed with 1550nm fiber laser light source and more detection channels of  max.180 channels. It can detect small objects with super long-distance detection 250m max. with 10% reflectivity and super point cloud density. It used for robotics which require long detection distance and more precision detection.

(2) Warehousing and logistics: In the field of warehousing and logistics, LiDAR helps with automation transformation and upgrading. 

In automated warehouse management, G-TEK LMO series LiDAR are used for the stacker cranes and warehouse shuttle systems. Through LiDAR, warehouse robots can accurately grasp warehouse layout, identify goods categories, and achieve storage and transportation management of goods. This not only reduces labor costs, but also improves operational efficiency and accuracy.

Usually, stacker cranes and shuttle systems also use laser distance sensors and photoelectric sensors. We have the PF21 series photoelectric sensors and various laser distance sensors for you to choose.  You can click on the link to directly enter the product details.

(3) Smart governance: Lidar is also widely used in the field of smart governance. For example, in the field of transportation construction, LiDAR is used for vehicle detection and safety monitoring; In the field of security, LiDAR can prevent pedestrians or other objects from entering dangerous areas, ensuring safety.

In above mentioned application, we strongly recommend G-TEK LSD series laser LiDAR scanners. It has long range detection distance of 20m at 10% reflectivity and 50m at 90% reflectivity. And able to scan almost any shape. Heavy duty design and IP68 enclosure rate make it reliable detection at -40 Celsius to 85 Celcius. Combied with different systems, the LiDAR is capable of measuring vehicle dimensions, identifying vehicle axles, and recognizing drive shafts and so on, and able to ensuring safety.

LND LiDAR is economic type with detection distance 12m at reflectivity 10% and 20m at reflectivity 90%. It can be used alone or integrated with other lidars in an automated system.

The LMO 2D LiDAR , LVD series 3D LiDAR are also able to offer safety control based on different requirement on sensing distance and application conditions.

Importance of Industrial LiDAR sensors

Improve production efficiency and quality: Lidar can monitor the status of materials on the production line in real time, ensuring the smooth progress of the production process, thereby improving production efficiency and quality.

Cost reduction: Through automation and intelligent management, LiDAR reduces manpower requirements and lowers operational costs, especially in the field of warehousing and logistics, significantly reducing labor costs and improving operational efficiency.

Enhancing Security: In the field of smart governance, the application of LiDAR has enhanced safety monitoring and protection capabilities, reducing the occurrence of accidents