How To Set Up Forward Pick Locations For Faster Fulfillment

A pick-facing warehouse location stocked for efficient order picking.

Forward Pick Location

A pick-facing warehouse location stocked for efficient order picking.

Setting up forward pick locations requires data-driven slotting, clear replenishment rules, and operational discipline. Done right, forward picks cut pick travel, increase line speeds, and make weekly or seasonal surges manageable. This article walks through practical steps to design forward faces, size them, and integrate them with WMS workflows and daily operations.

Step 1: Analyze Picking Data

Start with historical pick transactions to identify high-velocity SKUs. Run ABC analysis by pick frequency and revenue contribution. Look at order profiles — percentage of single-line orders, pieces per order, and peak-hour demand. This determines which SKUs belong in forward locations and how many faces each needs.

Step 2: Decide Pick Unit And Slot Size

• Pick Unit: Choose piece, carton, or case based on average order quantity and ergonomic considerations.
• Days Of Cover: Size slots to hold the expected picks between replenishments, for example 4–8 hours or one shift of demand for high-velocity SKUs.
• Physical Fit: Ensure shelving, cartons, or totes fit the units and allow safe, quick access.

Step 3: Place Forward Picks Near Pack And By Flow

Position forward picks to serve adjacent packing stations or zones. Arrange SKUs to follow common pick sequences where possible — group items frequently ordered together to reduce travel and consolidate picks. Consider sight-lines, aisle widths, and congestion points when planning placement.

Step 4: Configure WMS Replenishment Rules

• Min/Max Levels: Set min levels to trigger replenishment and max levels to prevent overstocking premium space.
• Replenishment Priority: Assign priority levels so reserve-to-forward moves for critical SKUs occur first during replenishment windows.
• Auto-Tasks: Use WMS tasking to route replenishment pickers efficiently and create optimized batch moves.

Step 5: Implement Visual Controls And Labeling

Use clear face labels, pick-to-light, or shelf tags to reduce errors. Barcode every forward pick face and ensure scanners/WMS reference match locations. Visual cues for min levels (colored bins or marked shelf zones) help replenishment staff quickly identify needs without scanning every slot.

Step 6: Establish Replenishment Cadence

Decide when and how often replenishment runs occur: continuous (triggered), scheduled waves, or batch overnight. For high-velocity SKUs, frequent small replenishments (hourly or on-demand) keep picks flowing. For stable mid-velocity items, scheduled mid-shift restocks may be sufficient.

Step 7: Train Staff And Monitor KPIs

• Picker Training: Teach pickers to use forward faces first and report discrepancies immediately.
• Replenisher Training: Train replenishment crews on route sequencing to minimize congestion.
• KPIs: Monitor picks per hour, travel time, forward pick stockouts, and replenishment labor to measure impact and tune parameters.

Example Sizing Calculation

SKU A averages 120 picks per 8-hour shift (15 picks/hour). If each forward pick face holds 30 units, that face covers about 2 hours of demand. If you want to eliminate forward pickouts between replenishment cycles and run replenishment every 2 hours, size faces accordingly or increase the number of faces for SKU A to hold two cycles' worth (60 units) so replenishment can occur less often.

Common Pitfalls To Avoid

• Overcrowding: Don’t convert too much inventory into forward picks; premium space is limited and should serve velocity, not stockpiling.
• Poor Replenishment Rules: Manual or ad-hoc replenishment leads to frequent stockouts and increased rush moves.
• Lack Of Data Refresh: Failing to rerun slotting analysis means forward picks become stale as demand patterns shift.

In short, the Forward Pick Location becomes effective when it’s data-driven, sized for the right pick unit and frequency, and tightly integrated with replenishment workflows. Proper set-up and continuous review let warehouses capture faster pick rates without excessive replenishment overhead.