Jaten Robotics Heavy-duty AGV M50T-LY01

Product Overview

Features

1. Ultra-strong Load Design

• High-strength alloy steel frame with professional heavy-duty driving wheel system, supporting a maximum load capacity of 50 tons.
• Unique distributed load balancing technology ensures stable operation under heavy loads, with positioning accuracy of ±5mm.
• Optional customized carriers such as lifting platforms and rotating mechanisms to meet diversified material handling requirements.

2. Intelligent Navigation System

• Integrates laser SLAM, visual recognition, and inertial navigation technologies, eliminating the need for track laying.
• Supports dynamic path planning and automatic obstacle avoidance for autonomous navigation in complex environments.
• Equipped with a 5G communication module for remote monitoring and cluster scheduling management.

3. Safety Protection System

• Triple safety protection mechanisms: 360° full-coverage laser scanning warning, ultrasonic proximity detection, and mechanical anti-collision edge.
• Fault self-diagnosis system for real-time monitoring of key parameters such as battery status and motor temperature.
• Emergency braking response time < 0.2 seconds to ensure the safety of personnel and equipment.

4. Efficient Energy Management

• Uses large-capacity lithium iron phosphate batteries with fast charging technology, enabling 8 hours of continuous operation after 1 hour of charging.
• Intelligent energy recovery system for energy feedback during braking.
• Battery Management System (BMS) with overcharge, overdischarge, and short-circuit protection functions.

Applications

1. Automotive Manufacturing

• Automated transportation of heavy components such as engines and gearboxes.
• Rapid die change operations for large stamping dies.
• Chassis assembly process applications in final assembly workshops.

2. Port Logistics

• Horizontal transportation in container terminals.
• Cargo transfer operations in railway freight yards.
• Inbound and outbound handling in automated stereoscopic warehouses.

3. Heavy Industry Equipment

• Assembly line logistics for construction machinery hosts and structural components.
• Precision transportation of super-large and overweight components such as nuclear power equipment.
• Material flow during ship segment manufacturing.

4. New Energy Industry

• In-plant transportation of large components like wind turbine towers and blades.
• Handling of materials such as photovoltaic silicon materials and glass substrates in dust-free workshops.
• Automated logistics for large battery cells and modules in the lithium battery industry.