The Smart Automated Wheeled Robot is a high-efficiency, precision-focused intelligent equipment developed by IMS (Jinan) Robot Technology Co., Ltd., specialized in automated inspection and data collection for relatively flat to slightly complex terrains. Integrating 100% laser navigation, real-time visual monitoring, and AI data analysis, this robot is designed to optimize operational efficiency in industries such as factory automation, mechanical manufacturing, medical care, and power distribution rooms. Unlike tracked robots, its wheeled structure ensures fast and quiet movement, making it ideal for indoor or semi-outdoor scenarios where mobility speed and environmental adaptability (e.g., smooth floors, cement roads) are prioritized. It replaces manual repetitive tasks (e.g., meter reading, equipment status checking) with automated, error-free operations, significantly improving on-site maintenance intelligence.
Parameter Name | Specification |
Overall Dimension | 700×810×1190mm |
Product Weight | ≤120kg |
Travel Speed | 1.2m/s |
Climbing Angle | ≤20° |
Water Wading Depth | ≤200mm |
Control Mode | Remote Central Control + Fully Autonomous Operation |
Battery Type | Lithium Iron Phosphate Battery (24V30Ah) |
Working Duration | Continuous operation: 5-6 hours; Standby: 24 hours |
Operating Temperature | -30~60℃ |
Core Functions | 100% Laser Navigation, AI Image Recognition (meter/valve), Infrared Thermal Imaging, Acoustic Pattern Recognition, Central Platform Data Synchronization |
Adopting 100% laser navigation technology, the robot achieves sub-centimeter-level positioning accuracy. It can automatically build a map of the inspection area, mark key inspection points (e.g., meters, valves), and plan optimal routes to avoid obstacles. The central control platform displays the robot’s real-time position on the map, ensuring no missed or repeated inspections.
Visible Light Camera: Captures real-time on-site images, which are transmitted to the central platform for remote viewing. The camera supports zoom and pan functions to observe details such as equipment labels and small defects.
Infrared Camera: Detects subtle temperature changes (e.g., 20.7℃ to 45.0℃) on equipment surfaces, such as overheating of motor bearings or poor contact of electrical terminals, and generates thermal images for historical data comparison.
The robot’s AI algorithm is trained on a large number of on-site images, enabling it to:
Recognize digital meters (e.g., voltage, current meters) and analog pointer meters with an accuracy rate of over 99%.
Identify valve switch states (open/closed) and liquid levels in tanks, automatically comparing data with preset thresholds.
Detect abnormal human behaviors (e.g., unauthorized entry, unqualified protective gear) in restricted areas, triggering 声光 alarms (sound and light alarms) to ensure on-site safety.
The robot is fully compatible with IMS’s intelligent central control platform, realizing:
Real-time display of task information (e.g., "Current Task: Substation Equipment Inspection," "Previous Task: Joint Leakage Inspection").
Automatic generation of inspection reports (including task duration, completed points, and defect records).
Push of real-time early warnings (e.g., "Water Stain Detected on Equipment Surface") with clear location and description, enabling maintenance personnel to respond quickly.
The wheeled design reduces friction and noise, with an operating noise level of less than 60dB—suitable for noise-sensitive environments such as medical facilities and electronic factories. The 24V25Ah lithium iron phosphate battery is environmentally friendly and has a long cycle life, supporting daily continuous operation without frequent replacement.
The Smart Automated Wheeled Robot is widely used in scenarios requiring high mobility and precision:
Factory Automation: Inspection of production lines in mechanical manufacturing plants, monitoring equipment operation status (e.g., motor temperature, conveyor belt tension) and recording production data to reduce downtime.
Power Industry: Inspection of indoor power distribution rooms, focusing on switchgear temperature, meter reading, and cable connection status, avoiding electrical faults caused by manual negligence.
Medical Industry: Transportation of medical supplies (e.g., drugs, samples) in hospitals, and environmental monitoring (temperature, humidity, PM2.5) in clean rooms, ensuring compliance with medical standards.
Logistics Warehouses: Automated inventory checking, using image recognition to scan goods labels and update inventory data in real time, improving warehouse management efficiency.
A1: It uses 100% laser navigation, which does not require laying magnetic strips or QR codes. The robot can automatically build a map of the area within 1-2 hours of initial deployment, and subsequent route adjustments can be completed via the central platform—no on-site modification is needed.
A2: Yes. It supports recognition of digital meters (e.g., LCD displays), analog pointer meters (e.g., pressure gauges), and special meters (e.g., liquid level meters). The AI algorithm can be customized according to user-specific meter types to ensure high recognition accuracy.
A3: The robot is equipped with ultrasonic and infrared obstacle avoidance sensors. When an obstacle (e.g., a fallen tool, a person) is detected within 1 meter, it will automatically stop and send a "Obstacle Detected" alert to the central platform. Operators can choose to remotely control the robot to bypass the obstacle or remove the obstacle on-site.
A4: Yes. The central control platform can export inspection data (e.g., temperature records, meter readings) in Excel or PDF format. It also supports data analysis functions, such as generating trend charts of equipment temperature changes to help predict potential failures.
The Smart Automated Wheeled Robot is a high-efficiency, precision-focused intelligent equipment developed by IMS (Jinan) Robot Technology Co., Ltd., specialized in automated inspection and data collection for relatively flat to slightly complex terrains. Integrating 100% laser navigation, real-time visual monitoring, and AI data analysis, this robot is designed to optimize operational efficiency in industries such as factory automation, mechanical manufacturing, medical care, and power distribution rooms. Unlike tracked robots, its wheeled structure ensures fast and quiet movement, making it ideal for indoor or semi-outdoor scenarios where mobility speed and environmental adaptability (e.g., smooth floors, cement roads) are prioritized. It replaces manual repetitive tasks (e.g., meter reading, equipment status checking) with automated, error-free operations, significantly improving on-site maintenance intelligence.
Parameter Name | Specification |
Overall Dimension | 700×810×1190mm |
Product Weight | ≤120kg |
Travel Speed | 1.2m/s |
Climbing Angle | ≤20° |
Water Wading Depth | ≤200mm |
Control Mode | Remote Central Control + Fully Autonomous Operation |
Battery Type | Lithium Iron Phosphate Battery (24V30Ah) |
Working Duration | Continuous operation: 5-6 hours; Standby: 24 hours |
Operating Temperature | -30~60℃ |
Core Functions | 100% Laser Navigation, AI Image Recognition (meter/valve), Infrared Thermal Imaging, Acoustic Pattern Recognition, Central Platform Data Synchronization |
Adopting 100% laser navigation technology, the robot achieves sub-centimeter-level positioning accuracy. It can automatically build a map of the inspection area, mark key inspection points (e.g., meters, valves), and plan optimal routes to avoid obstacles. The central control platform displays the robot’s real-time position on the map, ensuring no missed or repeated inspections.
Visible Light Camera: Captures real-time on-site images, which are transmitted to the central platform for remote viewing. The camera supports zoom and pan functions to observe details such as equipment labels and small defects.
Infrared Camera: Detects subtle temperature changes (e.g., 20.7℃ to 45.0℃) on equipment surfaces, such as overheating of motor bearings or poor contact of electrical terminals, and generates thermal images for historical data comparison.
The robot’s AI algorithm is trained on a large number of on-site images, enabling it to:
Recognize digital meters (e.g., voltage, current meters) and analog pointer meters with an accuracy rate of over 99%.
Identify valve switch states (open/closed) and liquid levels in tanks, automatically comparing data with preset thresholds.
Detect abnormal human behaviors (e.g., unauthorized entry, unqualified protective gear) in restricted areas, triggering 声光 alarms (sound and light alarms) to ensure on-site safety.
The robot is fully compatible with IMS’s intelligent central control platform, realizing:
Real-time display of task information (e.g., "Current Task: Substation Equipment Inspection," "Previous Task: Joint Leakage Inspection").
Automatic generation of inspection reports (including task duration, completed points, and defect records).
Push of real-time early warnings (e.g., "Water Stain Detected on Equipment Surface") with clear location and description, enabling maintenance personnel to respond quickly.
The wheeled design reduces friction and noise, with an operating noise level of less than 60dB—suitable for noise-sensitive environments such as medical facilities and electronic factories. The 24V25Ah lithium iron phosphate battery is environmentally friendly and has a long cycle life, supporting daily continuous operation without frequent replacement.
The Smart Automated Wheeled Robot is widely used in scenarios requiring high mobility and precision:
Factory Automation: Inspection of production lines in mechanical manufacturing plants, monitoring equipment operation status (e.g., motor temperature, conveyor belt tension) and recording production data to reduce downtime.
Power Industry: Inspection of indoor power distribution rooms, focusing on switchgear temperature, meter reading, and cable connection status, avoiding electrical faults caused by manual negligence.
Medical Industry: Transportation of medical supplies (e.g., drugs, samples) in hospitals, and environmental monitoring (temperature, humidity, PM2.5) in clean rooms, ensuring compliance with medical standards.
Logistics Warehouses: Automated inventory checking, using image recognition to scan goods labels and update inventory data in real time, improving warehouse management efficiency.
A1: It uses 100% laser navigation, which does not require laying magnetic strips or QR codes. The robot can automatically build a map of the area within 1-2 hours of initial deployment, and subsequent route adjustments can be completed via the central platform—no on-site modification is needed.
A2: Yes. It supports recognition of digital meters (e.g., LCD displays), analog pointer meters (e.g., pressure gauges), and special meters (e.g., liquid level meters). The AI algorithm can be customized according to user-specific meter types to ensure high recognition accuracy.
A3: The robot is equipped with ultrasonic and infrared obstacle avoidance sensors. When an obstacle (e.g., a fallen tool, a person) is detected within 1 meter, it will automatically stop and send a "Obstacle Detected" alert to the central platform. Operators can choose to remotely control the robot to bypass the obstacle or remove the obstacle on-site.
A4: Yes. The central control platform can export inspection data (e.g., temperature records, meter readings) in Excel or PDF format. It also supports data analysis functions, such as generating trend charts of equipment temperature changes to help predict potential failures.
