NEWS

How Does ToF Technology Help UAVs Achieve High-Precision 3D Mapping? With the rapid advancement of unmanned aerial vehicles (UAVs) and high-resolution 3D sensing technologies, TOF (Time-of-Flight) depth sensing has emerged as a critical tool in modern geological surveys, cave mapping, and mineral exploration. In extreme and inaccessible environments—such as the Naica Crystal Cave in Chihuahua, Mexico—ToF technology enables precise three-dimensional data acquisition that traditional surveying methods cannot reliably achieve. By integrating...

How Does Embodied Sensing Help Robots Achieve Smarter Perception and Intelligence? As artificial intelligence and robotics move rapidly toward real-world deployment, Embodied Intelligence (Embodied AI) has become a central paradigm in next-generation intelligent systems. Unlike traditional rule-based robots, embodied intelligence emphasizes that intelligence must emerge through a physical body interacting continuously with the real environment—perceiving space, understanding geometry, learning from interaction, and making autonomous decisions. Within this perception–cognition–action loop, TOF...

How Can ToF Depth Cameras Improve Pallet Recognition Accuracy in Intelligent Forklifts? Driving High-Precision Automation in Smart Logistics and Automated Warehousing As Industry 4.0 and smart logistics continue to evolve, warehouses and distribution centers are rapidly transitioning toward automation, digitalization, and unmanned operations. Automated forklifts—including AGV forklifts and AMR forklifts—are now core assets in modern logistics systems, responsible for pallet handling, material transportation, and high-frequency repetitive tasks. As these systems...

How Can ToF Cameras Help Autonomous Forklifts Operate More Safely and Efficiently? Enabling Intelligent Warehousing and Safe AGV-Human Collaboration With the rapid rise of smart warehouses, logistics automation, and Industry 4.0 technologies, autonomous forklifts (AGVs/AMRs) have become essential for modern material handling. Unlike traditional forklifts, autonomous forklifts require advanced environmental perception, accurate storage slot detection, and stable operations, especially in human-robot collaborative warehouse environments. Among these, storage slot status recognition—understanding...