Improved Safety
Replaces personnel in high-radiation and high-risk inspection areas, reducing health risks and the incidence of safety accidents.
Objectives
LINXAI drives product innovation through core technologies. Addressing industrial needs for heavy payloads, long endurance, all-terrain mobility and operation in complex environments, the company continues to build comprehensive capabilities from research and validation to engineering delivery.
Scenario Adaptability
Nuclear power facilities combine high radiation levels, stringent safety requirements, densely arranged equipment and complex inspection environments. Conventional manual inspection exposes personnel to risk, limits inspection efficiency and leaves some complex areas insufficiently covered. It also relies on human judgment, is susceptible to recording errors and makes continuous 24-hour operation difficult.
Scenario Adaptability
LINXAI robots are deployed across campuses, events, and nighttime patrol operations — using dual-spectrum fusion and autonomous navigation to deliver 24/7 anomaly detection and alerting.
01
Preparation
Planning algorithms: task planning and route optimization, autonomous navigation and obstacle avoidance, autonomous recharging, and indoor and outdoor localization. Monitoring algorithms: efficient meter reading, defect recognition, fault diagnosis, and detection of toxic and harmful gases.
Benefits
LINXAI drives product innovation through core technologies. Addressing industrial needs for heavy payloads, long endurance, all-terrain mobility and operation in complex environments, the company continues to build comprehensive capabilities from research and validation to engineering delivery.
