The Roller AMR automates material transport with a roller system, enabling smooth loading and unloading. Featuring SLAM navigation for precise movement, it integrates seamlessly into logistics and manufacturing environments, enhancing efficiency and safety with minimal downtime.

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Application Scenarios

Logistics Centers and Warehousing:
Automatically transports goods from point A to point B, enhancing logistics efficiency.
Production Line Transport:
Automatically moves components or finished products between workstations, promoting production automation.
Freight and Distribution Centers:
Automates goods handling between different processing stations, accelerating sorting and distribution.
Electronics Manufacturing:
Automates the transportation of electronic parts or assembled products, boosting production efficiency.

Product Advantages

Efficient Material Transport:
Smoothly and efficiently transports various types of goods, including boxes, packages, and other materials.
Simplified Loading and Unloading:
Rolls goods from the AMR to other equipment or workstations, simplifying the loading process and increasing efficiency.
Support for Double-Layer Rollers:
Optimizes vertical space, doubling the transport capacity and reducing the number of trips, resulting in cost savings.

	Product Model	BR-D15R	BR-M25R-S
Basic Parameters	Product Name	Roller-Type AMR	Roller-Type AMR
	Vehicle Dimensions (Length × Width × Height) (mm)	17001200(300~1000)	25001500(300~1000)
	Rated Load (kg)	1500	2500
	Vehicle Weight (kg)	780±5%	1100±5%
	Navigation Method	Laser SLAM/QR Code	Laser SLAM/QR Code
	Drive Mode	Differential	Dual Steering Wheels
	Movement Mode	Forward + Backward + Rotation	Forward + Backward + Rotation + Side Movement
	Turning Diameter (Unloaded) (mm)	2081	2915
Performance Parameters	Climbing Ability (%)	5	10
	Obstacle Crossing Ability (mm)	5	10
	Clearance (mm)	30	50
	Minimum Passage Width (mm)	1600	1900
	Operating Space (Unloaded, Single/Double Channel) (mm)	1700/3650	2000/4250
	Navigation Position Accuracy (mm) / Docking Accuracy (mm)	±10/±2	±10/±5
	Angle Accuracy (°)	±1	±1
	Operating Speed (m/s)	1.5	1
Battery Performance	Battery Type	Lithium Iron Phosphate	Lithium Iron Phosphate
	Battery Capacity	48V70Ah	48V100Ah
	Battery Life	1500 recycle	1500 recycle
	Standby Time (h)	24	24
	Unloaded Operation Time (h)	8~10	8~10
	Loaded Operation Time (h)	6~8	6~8
	Charging Time (h)	2	2
	Charging Method	Manual/Automatic Charging	Manual/Automatic Charging
Protection Configuration	Number of LiDARs	2/3	2/3
	Safety Edge	√	√
	Emergency Stop Button	√	√
	Voice Alarm	√	√
	Three-color Light	√	√
	Obstacle Avoidance LiDAR Sensor	√	√
	Rack Leg Recognition (Excluding QR Code Navigation)	Optional	Optional
	3D Suspended Obstacle Detection	Optional	Optional
	Object Detection Function	Optional	Optional
Others	Communication Method	2.4G/5.8G Dual-Band WiFi	2.4G/5.8G Dual-Band WiFi
	Manual Control Panel	Android Tablet (Optional)	Android Tablet (Optional)
	Ground Flatness (mm/m²)	±3	±3
	Environmental Temperature and Humidity Range	10%～90%	10%～90%

PRODUCT ADVANTAGES

Rapid deployment

Based on LiDar SLAM technology, the system can be deployed quickly by independently generating navigation and positioning maps without site reconstruction.

Self-diagnostics

Real time acquisition of robot state, realization of robot state self-test, abnormal alarm and rapid diagnosis.

Rapid expansion

The standard docking port of the enterprise's third-party system is reserved, which can quickly realize the docking according to the demand and carry the functional application module.

Automatic charging

The system can detect the real-time power, automatically charge/power off after triggering the threshold value, and realize the uninterrupted work and fast high frequency response task 24/7.

Safety protection

Equipped with laser radar for 360 ° safety protection detection, featuring three-level safety deceleration, intelligent identification of obstacles, and active parking or route change.

Flexible scheduling

Based on the self-developed system, it realizes the large-scale group control of robots, and the intelligent online and offline of robots, so as to ensure the stable and efficient operation of the system.