The RXR-MC80BD firefighting and reconnaissance robot consists of a robot body, a fire monitor, and a handheld remote control terminal. It is primarily used for fire suppression and reconnaissance across various industries, particularly in explosive environments such as petrochemical and gas facilities. It significantly enhances rescue safety and reduces casualties.

The explosion-proof dredging robot is an intelligent special operation robot integrating detection and dredging functions. It is suitable for the dredging and unclogging work in high-risk environments such as various sewage treatment tanks in factories and mines, coal mine wastewater tanks, purification tanks, municipal pipe networks, rivers, lagoons, drainage pipes, cooling tower pools, and underground sewer systems (which are difficult to reach by ordinary dredgers). It is a powerful tool for dredging in confined spaces. Its compact and miniaturized design causes little disturbance during operation and prevents secondary pollution. During all operation processes, it is connected to the command station on the ground, and the operator can monitor each function from a safe position.

The barracks patrol robot is composed of parts such as a wheeled chassis, a portable remote control terminal, a main control system, an autonomous navigation system, a visual recognition system, a mounted platform for denial weapons, a long-distance wireless communication system, and a system monitoring platform.The robot can replace staff members to conduct uninterrupted duty patrols in key monitoring areas. In case of emergencies, the robot can be remotely controlled to move forward for reconnaissance, and arrest, disperse or carry out various non-lethal strikes on terrorist and violent elements. Applicable scenarios: Patrols in military barracks, patrols in military supplies warehouses, airport patrols, prison patrols, patrols in key transportation hubs, patrols in special warehouses, security patrols for major social events and competitions, security duty in schools, and night patrols in boarding schools.

The explosion-proof wheeled inspection robot is mainly composed of the robot body, a wireless base station, an autonomous charging device, and a remote control station. It is widely used in Class II explosive environments. It can replace inspection personnel to conduct equipment and environmental inspections, reducing the labor intensity of inspection personnel, minimizing potential safety hazards during the inspection process, improving the quality of inspections, and maximizing the intrinsic safety level of petrochemical enterprises.

The RXR-M40D/RXR-M80D firefighting robot delivers exceptional power and fire suppression performance. With its compact size and user-friendly operation, it is compatible with fire trucks, municipal fire water systems, and portable motorized fire pumps. It serves as an essential component of micro fire stations, enabling comprehensive fire protection solutions for urban and rural areas.

The embodied intelligent welding robot is composed of a "mobile chassis + welding robot + teaching-free autonomous decision-making welding system + welding actuator". This welding robot can flexibly transfer between work sites through the mobile chassis; equipped with a teaching-free autonomous welding system, that is, by applying robot vision, autonomous obstacle avoidance algorithms, integrated motion control algorithms and welding process design, it can autonomously plan the welding path, accurately position the welding position, and independently complete the welding task. It is mainly applied to fields such as steel structures, construction machinery, automotive manufacturing, electronic equipment, shipbuilding, and aerospace.

The Multi-functional Robot Mobile Emergency Rescue Station integrates a firefighting robot, robot transport vehicle, onboard pump, power take-off device, high-pressure water mist system, high-efficiency fire suppressant, water tank, and firefighting equipment. Designed for early-to-mid-stage fire suppression ("rescue early, extinguish small"), epidemic disinfection, landscaping, and drainage, it is particularly suited for townships, urban-rural junctions, micro fire stations, aging residential areas, industrial plants, remote rural lanes, development zones, high-risk chemical facilities, basements, forests, scenic areas, large warehouses, stadiums, shopping malls, agricultural markets, and other high-priority fire monitoring sites or crowded areas. It provides intelligent equipment support for building "Smart Beautiful Countryside."

The security robot consists of a wheeled chassis, a portable remote control terminal, a main control system, an autonomous navigation system, a visual recognition system, a refusal weapon loading platform, a long-distance wireless communication system, and a system monitoring platform. Applicable scenarios: Patrol of military barracks, patrol of military supplies warehouse areas, patrol of airports, patrol of prisons, patrol of key transportation hubs, patrol of special warehouse areas, security patrol of major social events and competitions, school duty security, and night patrol of boarding schools.

It is mainly applied in Class II explosive environments such as petrochemical enterprises, coking plants, refining plants, chemical plants, and gas transmission stations. It can replace manual inspections, which is of great significance for reducing labor intensity, lowering labor risks, and improving production safety.The inspection robot is equipped with multiple sensors to collect parameters such as on-site images, sounds, infrared thermal images, temperature, smoke, and concentrations of various gases in real time. The inspection robot has an intelligent recognition function. By using key intelligent perception technology algorithms, it can accurately determine the current operating status of equipment. Based on big data analysis and early warning technology, it can predict and give early warnings of equipment operation failures in advance, reducing the downtime due to failures.

The epidemic prevention and disinfection robot is mainly suitable for places with high population density and strong mobility, such as hospitals, railway stations, squares, supermarkets, schools, communities, agricultural markets, food processing plants, etc. It can replace manual work and enter polluted and dangerous environments for disinfection operations, effectively reducing the risk of infection and contributing to safeguarding national public health security.

The Firefighting Smoke Extraction and Suppression Robot comprises a robotic platform, water cannon, fan, pan-tilt camera unit, and control box. It is designed for fire suppression, smoke extraction, and cooling across diverse scenarios, including urban areas, petrochemical plants, forests, tunnels, airports, ports, steel mills, power plants, coal mines, cigarette factories, paper mills, and other fire-prone environments. It significantly enhances rescue safety and reduces casualties.

Explosive Ordnance Disposal Robot is an all terrain intelligent robot designed specifically for counter-terrorism, explosive disposal, and dangerous goods disposal. It integrates lightweight, portable, highly flexible, and remote precise control, and can replace manual entry into high-risk environments to complete tasks such as explosive investigation, destruction, and transfer, greatly reducing the risk for combat personnel.

The photovoltaic operation and maintenance robot is mainly used for the cleaning of photovoltaic panels in roof distributed and ground centralized photovoltaic power stations. It mainly solves the problem of the robot's ability to perform cross-group and cross-row operations in such application scenarios, and better reflects the characteristics of the robot such as long service life, stable operation and management, and low application cost. It can help customers achieve unmanned autonomous cleaning, detection and other operation and maintenance work of photovoltaic panels in centralized photovoltaic power stations.

The demolition robot consists of a main body, fire monitor, demolition robotic arm, hydraulic breaker, remote controller, and other components. Designed with a compact, encapsulated structure, it is a high-power, remotely controlled equipment capable of precision operations. Equipped with a flexible hydraulic wrist and multi-functional attachments, it replaces human workers in hazardous environments—such as toxic (contaminated), flammable, explosive, collapse-prone, and high-radiation conditions—to perform tasks like crushing, cutting, and dismantling via full-range remote control. It significantly improves working conditions, reduces casualties, and serves as an indispensable intelligent tool for high-risk operations.

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It can be widely applied in the military, public security, nuclear chemical industry, archaeology, exploration, emergency rescue, construction sites, petrochemical construction sites, special disaster scenes, etc. In these operation sites, complex terrains are common, and it is impossible to create maps and locate positions in advance, and materials need to be transported safely. The companion transportation robot can effectively achieve adaptability to complex terrains, and complete the task of accompanying and carrying objects by combining lidar, UWB (Ultra-Wideband) and visual assistance. It can assist on-site workers in autonomously following and transporting materials in complex terrains, effectively reducing the labor intensity of personnel.

The T7-S wheeled inspection robot uses a 3D laser radar for positioning and navigation. At the same time, it is equipped with a high-definition visible light camera, an infrared thermal imager, and environmental and gas sensors to transcribe meter readings, identify the position status of disconnectors, detect temperature and humidity of the objects to be inspected, and monitor the local environment where the robot is located. The robot is equipped with a lifting arm module, which can raise the height of the entire pan-tilt in narrow areas, expanding the inspection range. The entire inspection system is composed of the robot body, charging pile, communication network system, and inspection robot control system. This product is widely used in inspection tasks in substations, GIS rooms, switchgear rooms, or other areas suitable for manual work.

The maximum load capacity of the rescue support drone is 50kg, and it can last for 20 minutes with a 7.5kWh capacity battery under a load of 30kg. The ground mooring power supply module can also be replaced to achieve 24-hour continuous aerial operation. By switching between different functional load modules, emergency firefighting applications such as reconnaissance calls, surveying and modeling, monitoring and surveillance, communication relay networking, fire extinguishing, and material delivery can be achieved. Cooperate with the compressed air foam truck and the system to tie DN40 fire hose to realize the function of spraying fire extinguishing. The operating height can reach 100m, and the flow rate is 1200L/min to spray compressed air foam for continuous fire extinguishing.