BERRYBOT
Smart, Flexible, and Precise Automation
BerryBot Pro and BerryBot Plus are cutting-edge robotic solutions designed for seamless integration and operational efficiency. With intelligent navigation, high-precision capabilities, and minimal renovation requirements, they adapt effortlessly to dynamic environments. Transform your workflows with this powerful duo, redefining automation for your business.
Specifications
Body
Capability
Battery
Environment
Safety System Protection
Wifi
BerryBot Pro
Weight: 90kg
Dimension: 1052*712*1387mm
Maximum Capacity: 400kg
Aisle Width: 1,000mm
Charging Duration: ≤2.5h
Working Hours: 10h
Maximum Speed: 1.4m/s
Split Width: 2,600mm
Turning Width: 1,500mm
Position Accuracy: <10mm
Maximum Slope: 3°
Navigation Mode: Automatic
Temperature: 0℃～+45℃
Humidity: 0%～80%
Anti collision strip/Emergency stop/Depth camera/Radar
Wireless Network Protocol Wi Fi: 802.11a/b/g/n/ac/ax
BerryBot Plus
Weight: 60kg
Dimension: 692*462*1387mm
Maximum Capacity: 200kg
Aisle Width: 900mm
Charging Duration: ≤2.5h
Working Hours: 10h
Maximum Speed: 1.4m/s
Split Width: 1,800mm
Turning Width: 1,100mm
Position Accuracy: <10mm
Maximum Slope: 3°
Navigation Mode: Automatic
Temperature: 0℃～+45℃
Humidity: 0%～80%
Anti collision strip/Emergency stop/Depth camera/Radar
Wireless Network Protocol Wi Fi: 802.11a/b/g/n/ac/ax
BerryBot
Advanced Features
Easy Transformation
Minimal renovation required, enabling seamless adaptation to existing setups.
Flexible and Intelligent Navigation
Adapts dynamically to complex layouts and evolving environments with smart decision-making.
Self-Developed Technology
Proprietary hardware and software designed for superior performance and advanced visualization capabilities.
API Integration
Offers standardized API interfaces, ensuring smooth integration with existing systems and workflows.
AI-Powered Obstacle Avoidance
Equipped with advanced AI algorithms to navigate around obstacles safely and efficiently, even in dynamic environments.
High-Precision Operation
Guarantees exceptional accuracy with minimal deviation, delivering consistent and reliable results.
