Automotive parts production is characterized by high rhythm and multi-process collaboration. The flow of materials is not only frequent but must also be precisely aligned. After introducing multiple automated production lines, a large automotive parts factory discovered that traditional manual delivery methods could no longer keep up with the new production pace, becoming a key bottleneck that hindered the return on investment in automation.
As part of its overall production line upgrade plan, the company simultaneously introduced Reeman's Big Dog AMR (Autonomous Mobile Robot) to serve as the core unit for internal logistics execution in the workshop. The Big Dog AMR has a load capacity of 100kg and can be adapted to various material carriers, meeting different parts delivery needs.
Through its laser navigation system, the Big Dog AMR can flexibly plan routes in complex passages and dynamically adjust its path based on on-site changes, avoiding interruptions caused by temporary material stacking or equipment adjustments. This high adaptability in navigation is particularly suited to the automotive parts manufacturing environment, where the process layout is frequently adjusted.
At the scheduling level, the Reeman AMR system can automatically allocate tasks based on production line pacing and process priority. Multiple devices can operate in collaboration, avoiding passage conflicts and improving overall transportation efficiency. Production line employees simply need to make a call via the terminal to quickly obtain delivery services, transforming logistics response from "waiting in line" to "on-demand triggering."
In terms of cross-regional transportation, the equipment supports elevator linkage and automatic electric door opening, achieving seamless connections between different floors and process areas, effectively bypassing logistics nodes that previously relied on manual transfer.
Regarding safety, the AMR is equipped with multiple obstacle-avoidance and anti-collision structures, ensuring stable operation in densely populated areas and meeting the high safety standards required in automotive parts workshops.
With the system fully deployed, the company has gradually built a flexible logistics network centered around the AMR, synchronizing internal logistics capacity with the level of production line automation, laying the foundation for future capacity expansion.
As the original manufacturer of AMR handling robots, Reeman not only provides hardware devices but also possesses complete system integration and industry adaptation capabilities. It has developed mature solutions across multiple manufacturing sectors, helping clients transition from point automation to full-scale logistics automation.
