HAIPICK A3S-C
The HAIPICK A3S-C is an autonomous case-handling robot (ACR) manufactured by Hai Robotics for use in SMT surface-mounting and manufacturing environments. It features LiDAR SLAM navigation, up to 5.5 meters picking height, and 50 kg payload capacity, with autonomous inbound and outbound operations managed through the HaiQ platform.
Overview and Use Cases
The HAIPICK A3S-C is an autonomous case-handling robot designed for manufacturing facilities requiring Class 10000 cleanliness standards and anti-static handling. The system operates in SMT (surface-mount technology) production environments where it performs autonomous transport and storage operations without human intervention in the picking and transport tasks.
Key Capabilities
- Navigation: LiDAR SLAM (simultaneous localization and mapping) for autonomous navigation
- Autonomous Operations: Fully autonomous inbound and outbound case handling managed by HaiQ platform
- Picking Height: Maximum of 5.5 meters (18 feet)
- Payload Capacity: 50 kilograms
- Operating Speed: 1.2 m/s to 1.57 m/s operational speed
- Cleanliness Compliance: Suitable for Class 10000 cleanroom environments
- Anti-static Capability: Meets electrostatic discharge (ESD) handling requirements
Specifications
Dimensions and Physical Characteristics:
- Width: 900 mm
- Length: 1,650 mm
- Height: 12,000 mm (mast fully extended)
- Lift height: 3,600 mm
- Minimum aisle width: 1,000 mm
Power and Runtime:
- Battery type: Lithium-ion
- Runtime: Approximately 3 hours per charge cycle
- Charging: Autonomous docking charging system
Applications
The HAIPICK A3S-C is deployed in manufacturing and production facilities requiring autonomous material handling with environmental controls. The system is part of the broader A3 series platform used in manufacturing contexts globally, with reported deployments across 100+ projects.
Manufacturer
The HAIPICK A3S-C is manufactured by Hai Robotics (HAIROBOTICS Co., Ltd.), headquartered in Shenzhen, China. The system integrates with the HaiQ software platform for fleet management and task coordination.
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