Laser Scanning Radar

The DADISICK LD-05D Series 2D LiDAR provides an efficient and reliable solution for hydraulic cylinder work area monitoring and obstacle avoidance.

2D LiDAR, as the core sensor for robot obstacle avoidance, provides precise data for obstacle detection while also enabling SLAM.

Since DADISICK introduced its innovative single-line TOF LiDAR, this technology has demonstrated its strong potential in various industries, including autonomous vehicles, intelligent robots, automated guided vehicles (AGVs), and digital multimedia.

LD-05D and LD-20D 2D LiDAR sensors offer a 5-meter and 20-meter scanning range with a 270-degree field of view for precise object detection and environmental perception in industrial automation. These rugged sensors provide consistent measurement quality in demanding environments.

The DADISICK LD-05D series is a compact and easy-to-install safety laser scanner that allows users to easily set up custom safety and warning zones, effectively protecting workers in robotic welding units from the dangers posed by machines.

Safety laser scanner technology plays an increasingly vital role in the field of automated logistics. By providing high-precision environmental perception and real-time data processing, safety laser scanner supports AGV (Automated Guided Vehicle), AMR (Autonomous Mobile Robot), and RGV (Rail Guided Vehicle), enhancing the efficiency and safety of material handling.

Laser Scanner: Installed above the conveyor belt junction to scan the surface height differences of pallets, detecting whether they hold items.

This article introduces how to choose 2D LiDAR from multiple perspectives, including its performance characteristics, application scenarios, and purchasing considerations.

In global container terminals, accidents caused by insufficient lifting height of crane hoists are not uncommon. These incidents not only damage containers, cargo, and equipment but also pose a significant risk to worker safety. To effectively prevent such accidents, the LD-50G Safety Laser Scanner offers a reliable and advanced port anti-collision system.

In the process of automated robot operations, safety protection is crucial. Common safety devices include safety fences, safety door switches, safety light curtains, safety laser scanners, and safety mats. This article will focus on the application of safety light curtains and safety laser scanners in automated robot work areas, as well as safety protection solutions in human-robot collaborative environments under the framework of Industry 4.0.

In modern warehousing and logistics, improving operational efficiency and safety is key to enhancing overall performance. This solution leverages high-precision 2D LiDAR sensor technology to address the challenges faced by electric forklifts when handling goods in high-rack warehouses. By enabling fast and accurate detection of available storage slots, this technology prevents misplacement of goods, increases retrieval efficiency, and reduces risks during forklift operations.

By installing 2D LiDAR sensors at the end of the conveyor, real-time monitoring of material height, distribution, and part count in the material bin can be achieved. These sensors use laser scanning technology to detect overflow and trigger alarms or automatically stop the conveyor when the material exceeds preset thresholds, ensuring safety during production. Additionally, LiDAR sensors can precisely count parts in the bin, preventing issues caused by part shortages or excess during production.

This article introduces the application of the LD-50G 2D single-line laser scanner, based on the DTOF distance measurement principle, in ship docking guidance. It focuses on analyzing its ability to provide precise distance measurements and angle calculations in adverse weather and low visibility conditions. With the radar's efficient measurement and reliable performance, the system significantly enhances docking safety, simplifies operational processes, and offers a cost-effective solution.

AMRs have significantly enhanced production efficiency and the intelligence of logistics management in industrial automation and smart logistics, thanks to their autonomous navigation and flexible mobility. As one of the core components of AMRs, LiDAR serves as the 'eyes' of the robot. LiDAR not only enables high-precision positioning and navigation but also provides real-time detection and identification of obstacles, ensuring reliable safety for AMR's obstacle avoidance.