Raytron intelligent robots are built with multi-dimensional sensing technology in the core. Leveraging the proprietary multi-sensor fusion SLAM, motion control, HMI, image recognition technologies and full-link AI algorithms, the Company successfully developed wheeled and rail robots for intelligent inspection in a variety of indoor and outdoor scenarios, improving inspection efficiency and safety in various industries and reducing operation and maintenance costs.
Raytron intelligent robots for electric routine inspection are built with multiple high-precision sensors and cutting-edge identification algorithms. They can accurately identify the operating status of instruments, switches, and indicators, enable precise infrared temperature measurement, sound detection, partial discharge monitoring, and real-time alarming, hence to provide inspection and monitoring services in all weather conditions, improve operation and maintenance efficiency, and reduce costs.
Raytron inspection robots for the energy industry feature an explosion-proof design and multi-sensor collaboration, which are built with infrared temperature measurement, intelligent audio and video analysis, high-precision gas detection and other functions. They are widely used in hazardous operation environments such as oil/gas stations and chemical plants to save labor cost and improve inspection efficiency.
Campus safety involves personnel safety, equipment safety, and environmental safety. Raytron intelligent inspection robots are built with autonomous 3D positioning and navigation, intelligent and precise temperature measurement, intelligent audio/video recognition and analysis, and other technologies in the core. They can provide intelligent autonomous inspection and surveillance round-the-clock in all weather conditions, enhancing inspection efficiency and safety.
Having integrated a number of technologies including multi-sensor fusion identification, autonomous obstacle avoidance and navigation, Raytron intelligent robots for husbandry inspection can deliver 7×24 monitoring in real time. They are able to operate reliably in extreme environments such as high temperature, high humidity, and high corrosiveness, hence are suitable for environmental monitoring of breeding farms. They can also be used for infrared temperature monitoring or audio/video monitoring and recognition of livestock and poultry, improving the inspection efficiency and management of breeding farms.
