Introduction
The document discusses the inefficiencies in manual-picking operations within warehouses, emphasizing the need to redesign workflows to enhance productivity and reduce unnecessary movement.

Current Challenges
- In manual-picking operations, a significant portion of time is spent on movement rather than actual picking.
- Up to 30% of warehouse labor is consumed by travel, with pickers walking approximately 6–10 km (4–6+ miles) per shift.
- The current design focuses on movement rather than optimizing work around people.

Proposed Solutions
- Implementing goods-to-person systems can reduce travel time, increase productivity, and help manage growing order volumes.
- Redesigning work to focus on people rather than paths can improve workforce efficiency.

Operational Impact
- By moving products instead of people, warehouses can achieve more productive hours, higher throughput, less physical strain, and reduced operational waste.
- The redesign leads to a balanced flow across the warehouse floor, eliminating unnecessary movement and rehandling.

Results
- Travel is largely eliminated, with goods delivered directly to stations, allowing for continuous picking flow.
- Achieved 99.5% picking accuracy and eliminated the need for temporary labor during peak times.
- Notable improvements include a 4x increase in picking productivity and a 1.5x improvement in packing performance.
- Order-to-shipment readiness is achieved within a single six-hour shift, with picking processes reduced from hours to minutes.

Conclusion
Rethinking warehouse workflows to focus on people rather than movement can significantly enhance operational efficiency and productivity.