Streamline Picking with Light
Standard Operating Procedures
The picker scans the order ticket to initialize the workstation session.
Illuminated panels display the specific SKU location for the next required item.
The operator retrieves the item and places it into the assigned tote or bin.
Computer vision verification confirms the correct item before proceeding to the next step.
The system updates the lighting sequence based on real-time order volatility data.
Deployment Readiness
Ensure your facility meets the technical standards required for optimal system performance.
Space Requirements
Verify ceiling height and rack spacing compliance.
Power Supply
Confirm stable electrical connections at each node.
Network Coverage
Ensure Wi-Fi or wired connectivity is available.
Software License
Purchase necessary licenses for zone management.
Staff Training
Schedule workshops for picker onboarding.
Calibration
Perform initial beam alignment tests.
Implementation Roadmap
Phase 1: Install Hardware
Mount lighting fixtures and connect power.
Phase 2: Configure System
Upload inventory data and calibrate settings.
Phase 3: Go Live
Begin operations with full staff support.
Performance Metrics
The system maintains a pick accuracy above 99.5% through real-time visual confirmation.
Average items picked per hour increases by 15% when dynamic lighting sequences are active.
Total walking distance per order decreases by 20% due to optimized pathfinding algorithms.
System Architecture
Lighting Matrix
Controls beam intensity and color to guide pickers effectively.
Control Unit
Processes orders and manages inventory data in real-time.
Network Interface
Ensures seamless connectivity between all system components.
Sensor Array
Detects item presence for dynamic path optimization.
Critical Notes
Design for Exceptions
Prioritize edge cases and recovery flows tied to Deploy Pick-to-Light in high-volume workflows to reduce manual bottlenecks..
Stability Before Speed
Lock operational reliability first, then optimize around Coordinate machine actions with upstream/downstream systems to prevent idle time..
Adoption by Shift
Use role-based training and coaching to support Improve consistency in handling, sorting, or movement tasks under variable loads. in production.
Govern by Metrics
Use KPI-driven reviews to sustain gains and continue Enable measurable throughput gains while maintaining safety and service levels. improvements.
Applicable Scenarios
High-volume fulfillment centers use PTL to accelerate picker velocity during peak shipping seasons.
Retail backrooms deploy piece picking systems to streamline inventory restocking without manual scanning.
Warehouses with complex SKU layouts leverage dynamic route optimization to minimize error rates in mixed-batch orders.
Cross-docking facilities integrate PTL interfaces with physical AI verification for rapid throughput of inbound goods.