Parameters
| Model | MHCR-YD01 |
| Size | 700mm*500mm*1240mm |
| Volume | 185L |
| Loading Capacity | Max 100KG |
| Battery Life | 8h or 20KM，Automatic charging |
| Noise level | below 60dB |
| Security configuration | Laser radar + Vision + Other Sensors |
| Communication mode | WIFI/4G |
| Warning mode | Indicator light + warning sound |
| Operation monitoring | Real-time wide screen 3D map monitoring + Background monitoring (optional) |
| Function | Precise management of high-value medical consumables in hospitals |
| Delivery Items | Clean medical supplies/ Medical Devices/ High-value Medical Comsumables |
| Performance | Slope Climbing: ≤5°，Maximum Speed: 1.5 m/s |
| Obstacle Crossing: 20 mm (threshold) / 30 mm (gap) | |
| Min Passage Width: 750 mm | |
| Turning Radius: 350mm | |
| Drive mode: Double wheel differential drive | |
| Navigation mode: Laser navigation | |
| Obstacle avoidance mode: autonomous detour to avoid obstacles | |
| Move Modes: Forward, backward, turning, and rotation | |
| FRID-based Automatic Inventory Counting | |
| Access Control: Face Recognition, Card Swiping, PIN Entry, etc. | |
| Emergency Override Function |
Multi-sensor fusion technology
Contactless Delivery
Automatic Elevator/Door Access
Bidirectional Mobility
Multi-Access Control - Face recognition, IC card, digital passcode
Achieve fast ROI within two to three years
Utilizes facial recognition technology and RFID inventory technology
Automated material counting and personnel identity verification
Addressing the challenges of fine-grained management of high-value consumables
Designed for scenarios such as operating rooms and consumable storage warehouses
V-SLAM integrates SLAM solution based on Lidar, Camera, UWB, RGBD, IMU, Encoder and multiple sensors.
Robot performs tasks more efficiently in a mixed environment, and provides more precise and stable positioning operation.
Improved detection of hanging objects and blind spots
Combines LiDAR + multiple visual sensors for 3D environment awareness (upgraded from 2D)
Significantly reduces collision risks
Revolutionary 3D obstacle avoidance solution provides faster perception and safer delivery.
Compared to traditional 2D radar, 3D stereo sensors can quickly stereo model the surrounding environment,
which can greatly reduce the probability of security accidents.
With AI scheduling system, each robot can directly communicate with other robots in the same network to optimize the delivery tasks.
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