Achieving Warehouse Automation with AGV/AMR Deployment

Differences Between AGV and AMR

Logistics robots are broadly classified into AGV (Automated Guided Vehicle) and AMR (Autonomous Mobile Robot).

Follows fixed paths (magnetic tape, QR codes, etc.)

Suitable for simple, repetitive transport tasks

Relatively lower deployment costs

Physical infrastructure changes required for path modifications

Autonomous navigation and obstacle avoidance using SLAM technology

Flexible operation through dynamic path planning

Automatically adapts to environmental changes

Higher initial investment but superior flexibility

Analyze logistics traffic patterns, task frequency, and peak hours to determine the number and type of robots needed.

Run a pilot in a small zone to validate effectiveness and accumulate operational know-how.

Based on pilot results, expand to the entire distribution center and integrate with WCS for unified management.

AGV/AMR systems should be operated in conjunction with WCS (Warehouse Control System) rather than standalone to maximize their effectiveness.

Task Dispatching: Automatically assigns tasks to the optimal robot

Traffic Management: Prevents robot collisions and optimizes routes

Charging Management: Monitors battery status and schedules automatic charging

Expected benefits from AGV/AMR deployment:

Labor operating costs reduced by 35%

Task throughput increased by 50%

Task error rate reduced by 90%

Average payback period: 24 months

AGV/AMR systems are a core component of warehouse automation. Realize robot-based logistics automation with POLYGLOTSOFT's WCS platform.