新闻

How Can ToF 3D Sensors Improve Non-Contact Health Monitoring and Medical Care As healthcare evolves rapidly under the pressure of aging populations chronic disease prevalence and demand for home-based care traditional contact-based monitoring devices and 2D imaging systems are increasingly unable to meet needs for comfort hygiene continuous monitoring and real-time responsiveness In this context ToF 3D sensors and ToF depth cameras with their high precision depth sensing fast real-time...

How Can ToF 3D Sensors Improve Crowd Safety Traffic Flow and Smart City Management With accelerating urbanization and rising population densities, modern cities face growing challenges in transportation management, public safety, and resource allocation. To build truly intelligent, efficient, and safe urban environments, many smart‑city initiatives rely on advanced sensing technologies. Among these, Time‑of‑Flight (ToF) 3D sensors and ToF depth cameras stand out because of their high precision, real‑time performance,...

How Can ToF 3D Sensors Improve AR VR Gesture Control and Immersive XR Experiences   With the rapid development of AR (Augmented Reality) and VR (Virtual Reality), user demand for natural, responsive, and immersive interaction is growing fast. From hand gesture tracking to accurate spatial mapping and seamless virtual-physical integration, traditional sensing technologies often fall short due to latency, limited precision, or sensitivity to lighting and environment. The emergence of...

How Do ToF 3D Sensors Improve Smart Manufacturing and Robotic Vision in Industry 4.0   With the rise of Industry 4.0 and smart manufacturing, traditional production models are rapidly being replaced by automation, digitization, and intelligence. Manufacturing enterprises and automated factories increasingly require advanced vision perception capabilities, especially in scenarios such as high-precision assembly, unmanned warehousing, intelligent logistics, robotic vision, and automated inspection. These applications demand high levels of spatial...