The Challenge in Modern Manufacturing
In today’s fast-paced manufacturing environments, material movement bottlenecks can halt production lines, delay deliveries, and inflate operational costs. Traditional manual handling methods are not only labor-intensive but also prone to errors, safety risks, and inefficiencies, especially in high-volume facilities where precision and timing are critical.
The Hachidori Solution: Dock & Convey AMR in Action
Hachidori’s Dock & Convey Autonomous Mobile Robot (AMR) is transforming material handling in a live pump manufacturing facility, delivering measurable results that directly impact the bottom line. This isn’t a pilot project, it’s a fully operational system proving its value every single day.
Real-World Application: Heavy-Duty Pump Transport
In this facility, the AMR handles one of manufacturing’s toughest challenges: moving heavy, irregularly shaped pumps across the production floor. Here’s how it works:
- Manual Loading: Operators lift and position pumps vertically onto the AMR platform
- Orientation Adjustment: Workers manually adjust the pump to a horizontal position
- Autonomous Transport: The AMR takes over, navigating the factory floor to deliver the pump precisely where it’s needed
This hybrid approach showcases the AMR’s ability to integrate seamlessly with existing workflows—no need for complete process overhauls or expensive infrastructure changes.
Performance That Speaks for Itself
Proven Track Record (November 2024 – February 2025)
- 1,200+ kilometers traveled inside the plant
- 120,000+ automated movements completed successfully
- Zero compromise on delivery timing or reliability
What This Means for Your Operations
✅ Consistent Daily Performance
Thousands of automated material movements completed monthly, ensuring production schedules stay on track
✅ Minimal Infrastructure Investment
Pickup and drop points can be added, modified, or removed without major facility changes—deploy quickly and scale as needed
✅ Peak Period Reliability
During high-demand manufacturing cycles, the AMR maintains smooth operations without disruption or performance degradation
✅ 24/7 Operational Stability
Engineered for industrial environments, delivering uninterrupted service month after month
Tangible Business Benefits
Eliminate Production Bottlenecks
Material supply becomes a competitive advantage, not a constraint. Your production lines keep moving.
Reduce Material Handling Costs
Lower dependence on manual transport frees up your workforce for higher-value tasks while reducing labor costs.
Enhance Workplace Safety
Precision navigation and obstacle avoidance minimize collision risks, creating a safer environment for your team.
Adapt to Heavy Loads
Proven ability to handle significant pressure loads and diverse material types—from pumps to components to finished goods.
Industries That Benefit
Manufacturing & Pump Production – Seamless material flow between assembly, storage, and packaging
Automotive & Heavy Equipment – Reliable internal transport for large, heavy components
Electronics & Industrial Goods – Precise, repeatable movements for high-volume production
High-Volume Facilities – Smart factory automation that scales with your growth
Why Hachidori AMRs Stand Out
🔹 Proven in Real Production Environments – Not a concept, but a working solution with documented results
🔹 Seamless Human-Robot Collaboration – Integrates with existing workflows without disrupting operations
🔹 Adaptable & Scalable – Grows with your facility’s changing needs
🔹 Built for Industrial Durability – Engineered to withstand demanding manufacturing conditions
Ready to Transform Your Material Handling?
The data is clear. The performance is proven. The benefits are measurable.
Hachidori’s AMR technology is helping manufacturers move faster, work smarter, and compete more effectively. Whether you’re managing a single production line or a complex multi-facility operation, our autonomous solutions deliver the reliability and efficiency your business demands.
Contact us today to discover how Hachidori AMRs can revolutionize your material movement operations.