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Packing Order Configuration Documentation

Menu Location: Settings > Packing Order

Access Level: Administrator and above

Last Updated: 2026-03-01

Overview

The Packing Order page configures the sequence in which orders are packed and displayed on warehouse packing lists. Optimizing packing order improves efficiency, reduces errors, ensures product freshness, and streamlines the fulfillment process. This is critical for smooth warehouse operations.

Primary Functions:

  • Define order packing sequence
  • Group orders for efficient picking
  • Prioritize by delivery route, time, or method
  • Optimize warehouse workflow
  • Reduce packing time per order
  • Minimize picking errors

Understanding Packing Order

Why Packing Order Matters

Efficiency:

  • Reduces walking/movement in warehouse
  • Groups similar tasks together
  • Minimizes product handling
  • Faster fulfillment

Accuracy:

  • Logical sequence reduces errors
  • Similar orders packed together
  • Easier quality control
  • Better inventory tracking

Freshness:

  • Time-sensitive products packed last
  • Reduces out-of-cooler time
  • Maintains product quality
  • Meets food safety standards

Customer Experience:

  • Earlier routes packed first
  • Time-sensitive deliveries prioritized
  • Pickup orders ready on time
  • Consistent delivery windows

Common Packing Sequences

By Delivery Route:

  • Route 1 (earliest delivery)
  • Route 2
  • Route 3
  • Route 4 (latest delivery)
  • Pickup orders

By Delivery Method:

  • Local delivery
  • Regional shipping
  • Overnight shipping
  • Pickup orders
  • Special handling

By Product Type:

  • Frozen first (immediately to freezer)
  • Refrigerated next (to cooler)
  • Ambient last (shelf-stable)

By Time Sensitivity:

  • Next-day orders first
  • Rush orders
  • Standard delivery
  • Flexible timing

Configuring Packing Order

Primary Sort Options

Sort By:

  1. Delivery Route (most common)
  2. Groups by route
  3. Packed in route order

  4. Ready for driver pickup sequentially

  5. Delivery Date

  6. Earliest delivery date first
  7. Prevents late deliveries

  8. Good for mixed schedules

  9. Stop Number

  10. Within route, ordered by stop
  11. Loaded in reverse (last stop on bottom)

  12. Driver can grab in sequence

  13. Order Priority

  14. VIP customers first
  15. Rush orders prioritized

  16. Standard orders last

  17. Customer Name

  18. Alphabetical order
  19. Easier to locate packed orders

  20. Good for pickup orders

  21. Box Type

  22. All small boxes together
  23. Then medium boxes
  24. Then large boxes
  25. Efficient box assembly

Secondary Sort

Within Primary Sort:

  • Primary: Route 1
  • Secondary: Stop number (ascending)
  • Primary: Frozen products
  • Secondary: Customer name (alpha)

Configuration:

  1. Select primary sort criterion
  2. Select secondary sort criterion
  3. Set sort direction (ascending/descending)
  4. Save order

Advanced Sorting Rules

Conditional Sorting:

  • IF order value > $100 THEN pack first within route
  • IF customer tagged "VIP" THEN prioritize
  • IF order contains frozen THEN pack last
  • IF express shipping THEN pack before standard

Time-Based Rules:

  • Morning packing: Routes with early delivery
  • Afternoon packing: Routes with afternoon delivery
  • Before cutoff: Pickup orders due soon

Route-Based Packing

Configuring Route Order

Route Priority:

  1. List all delivery routes
  2. Drag to set packing order
  3. Route 1 packs first
  4. Route 2 packs second
  5. Continue sequentially

Route Grouping:

  • Group 1: Routes 1-3 (pack morning)
  • Group 2: Routes 4-6 (pack afternoon)
  • Different packing teams or shifts

Route Settings Per Route:

  • Pack start time
  • Estimated pack duration
  • Number of orders typical
  • Packer assignment

Stop Number Optimization

Within Route:

  • Orders sorted by stop number
  • Stop 1 at bottom of stack
  • Stop 50 at top of stack
  • Driver works from top down
  • No searching for next delivery

Stop Number Sources:

  • Route planning software
  • Address-based optimization
  • Manual assignment
  • GPS-based sequencing

Product-Type Based Packing

Temperature Zones

Packing Sequence by Temperature:

  1. Ambient Products First
  2. Shelf-stable items
  3. No temperature control needed

  4. Can sit while packing continues

  5. Refrigerated Products Next

  6. Pack quickly
  7. Move to cooler

  8. Insulated packaging

  9. Frozen Products Last

  10. Minimize thaw time
  11. Dry ice added immediately
  12. Sealed and staged in freezer

Configuration:

  1. Tag products with temperature requirement
  2. Enable temperature-based sorting
  3. System groups orders by temp requirements
  4. Pack in defined sequence

Fragile/Special Handling

Special Flags:

  • Fragile (glass jars, eggs)
  • Heavy (meats, large quantities)
  • Refrigerated
  • Frozen
  • Quick-pack (pre-packed items)

Packing Instructions:

  • System highlights special handling
  • Packer sees icons/alerts
  • Appropriate packaging materials
  • Quality check points

Warehouse Layout Integration

Pick Path Optimization

Warehouse Zones:

  1. Receiving area
  2. Dry storage (ambient)
  3. Cooler (refrigerated)
  4. Freezer (frozen)
  5. Packing stations
  6. Staging area (packed orders)

Optimized Pick Path:

  • Start at dry storage (furthest)
  • Move to cooler
  • End at freezer (closest to packing)
  • Products stay cold
  • Efficient movement

Packing List Layout:

  • Products listed in pick-path order
  • Matches warehouse layout
  • Reduces backtracking
  • Faster picking

Batch Picking

Pick Multiple Orders:

  1. Group 10-20 similar orders
  2. Pick all needed items once
  3. Return to packing station
  4. Distribute to individual orders
  5. Repeat for next batch

Batch Grouping:

  • Same route
  • Similar products
  • Same delivery date
  • Efficient for high volume

Configuration:

  • Enable batch picking
  • Set batch size (10-50 orders)
  • Print batch pick list
  • Individual pack slips per order

Packing List Customization

Information Displayed

Order Header:

  • Customer name
  • Order number
  • Route and stop number
  • Delivery date
  • Special instructions
  • Packing priority

Product Lines:

  • Product name
  • Quantity
  • Location in warehouse (bin/shelf)
  • Pick sequence number
  • Special handling notes
  • Substitution info if applicable

Order Footer:

  • Total item count (for verification)
  • Box size recommendation
  • Packing materials needed
  • Quality check requirements
  • Packer initials line

Layout Options

List Formats:

  1. Compact: One order per page
  2. Detailed: Full product info, images
  3. Batch: Multiple orders, condensed
  4. Label: Small format for packing slip

Customization:

  • Company logo
  • Barcode for scanning
  • Color coding by route
  • Icons for special handling
  • Nutritional info (if required)

Quality Control Integration

Check Points

Packing Verification:

  • [ ] All items picked and in box
  • [ ] Quantities correct
  • [ ] Temperature-sensitive items properly packed
  • [ ] Ice packs/dry ice added
  • [ ] Box sealed properly
  • [ ] Label applied
  • [ ] Weight verification

Configuration:

  • Enable QC checkpoints
  • Required vs optional checks
  • Halt packing on failed check
  • QC supervisor alert

Error Reduction

Scanning System:

  • Scan product barcode
  • System confirms correct item
  • Wrong item triggers alert
  • Quantities tracked automatically

Photo Verification:

  • Photo of packed order
  • Timestamp and packer ID
  • Customer service reference
  • Damage claims evidence

Common Use Cases

Use Case 1: Route-Based Sequence

Goal: Pack efficiently by delivery route

Configuration:

  1. Primary Sort: Route Number (ascending)
  2. Secondary Sort: Stop Number (ascending)
  3. Enable route grouping
  4. Route 1 (morning) packs 7-10am
  5. Route 2 (afternoon) packs 10am-12pm
  6. Pickup orders pack 12-2pm
  7. Save configuration

Packing List Output: 

Route 1 - Delivery Thursday 3/1
  Stop 1: Smith, John - 5 items
  Stop 2: Jones, Mary - 8 items
  Stop 3: Lee, David - 6 items
  ...
Route 2 - Delivery Thursday 3/1
  Stop 1: Brown, Lisa - 7 items
  ...

Result: Drivers receive organized, sequential orders

Use Case 2: Temperature-Prioritized Packing

Goal: Maintain product freshness

Configuration:

  1. Primary Sort: Product Temperature (ambient, refrigerated, frozen)
  2. Within each temperature: Route number
  3. Pack frozen items last in each route batch
  4. Immediate cooler/freezer staging

Process:

  1. Pack Route 1 ambient items
  2. Pack Route 1 refrigerated items → to cooler
  3. Pack Route 1 frozen items → to freezer
  4. Move to Route 2
  5. Repeat sequence

Result: Maximum freshness, food safety compliance

Use Case 3: High-Volume Batch Picking

Goal: Pack 200+ orders efficiently

Configuration:

  1. Enable batch picking
  2. Batch size: 20 orders
  3. Group by route
  4. Print master pick list for batch
  5. Individual pack slips at station

Process:

  1. Generate batch for Route 1 (20 orders)
  2. Pick all products needed for batch
  3. Return to packing station
  4. Distribute items to individual orders
  5. Pack each order
  6. Next batch

Result: 60% faster than individual picking

Use Case 4: VIP Customer Priority

Goal: Ensure VIP orders perfect and first

Configuration:

  1. Primary Sort: Customer Priority (VIP first)
  2. Secondary Sort: Route number
  3. VIP orders get double-check
  4. Fresh quality check
  5. Packed first each day

Process:

  1. Morning: Pack all VIP orders
  2. Quality supervisor review
  3. Then pack standard orders
  4. VIP orders delivered earliest on route

Result: Exceptional service for top customers

Use Case 5: Mixed Product Type Optimization

Goal: CSA box with fresh, frozen, and pantry items

Configuration:

  1. Pick path follows warehouse layout:
    • Start: Pantry (back of warehouse)
    • Next: Produce cooler (middle)
    • Last: Frozen (front, near packing)
  2. Packing list shows products in this order
  3. Frozen items highlighted for dry ice

Process:

  1. Pick pantry items first
  2. Add produce from cooler
  3. Immediately pack frozen items last
  4. Add dry ice
  5. Seal box
  6. Label and stage

Result: Efficient picking, optimal freshness

Troubleshooting

Orders Not Appearing in Expected Order

Check:

  1. Verify sort settings saved
  2. Confirm route assignments on orders
  3. Check for tied sort values (same route/stop)
  4. Review sort direction (ascending vs descending)
  5. Regenerate packing list

Pickers Confused by List Order

Solutions:

  1. Add warehouse location to each item
  2. Include product images
  3. Rearrange list to match warehouse layout
  4. Train on pick path
  5. Use batch picking to reduce complexity

Frozen Items Thawing During Packing

Fixes:

  1. Pack frozen items last
  2. Minimize time between freezer and packing
  3. Pre-stage dry ice
  4. Pack immediately upon picking frozen
  5. Move to freezer staging ASAP
  • Routes - Delivery route management
  • Weekly Cycle - Packing schedule timing
  • Products - Product temperature and handling settings
  • Orders - Order management

Permissions & Access

Required Access Level: Administrator or higher

Why Restricted:

  • Affects entire warehouse operation
  • Changes impact efficiency
  • Requires operational knowledge
  • Training implications for staff
  • Coordination with logistics

Best Practices

Configuration

  1. Match packing order to delivery sequence
  2. Group by temperature requirements
  3. Optimize for warehouse layout
  4. Consider packer workflow
  5. Test before implementing widely

Efficiency

  1. Minimize picker movement
  2. Batch similar orders
  3. Pack temperature-sensitive items last
  4. Pre-stage packing materials
  5. Streamline verification process

Quality

  1. Build in check points
  2. Highlight special handling
  3. Verify temperatures
  4. Photo packed orders
  5. Track errors by packer for training

Communication

  1. Train warehouse staff on sequence
  2. Explain reasoning behind order
  3. Get picker feedback
  4. Update as needed based on experience
  5. Document process clearly

Things to Avoid

  • Frequent configuration changes (confusing)
  • Ignoring warehouse layout
  • Complex sorting criteria (slow to understand)
  • No temperature considerations
  • Packing frozen items too early

Quick Reference Card

Task Action
Set primary sort Packing Order > Primary Sort > Select
Add secondary sort Packing Order > Secondary > Select
Reorder routes Route Order > Drag routes
Enable batch picking Settings > Batch Picking > Enable
Customize pick list Templates > Packing List > Edit
Add QC checkpoint Quality Control > Add Check
Set pack time Route Settings > Pack Start Time
Test configuration Generate Sample List

FAQs

What's the best packing order?

Route-based is most common. Pack in order of delivery route, with earliest routes first. Within route, pack by stop number. This matches driver's delivery sequence.

Should I pack frozen items first or last?

Last. This minimizes time frozen items are out of freezer, maintains quality, and reduces thaw risk. Pack immediately before sealing and staging.

How do I handle rush orders?

Create priority flag, configure primary sort by priority, rush orders appear first, then standard orders in route sequence.

Can different packers use different sequences?

Technically yes, but not recommended. Standardize for consistency. Different shifts can pack different routes, but use same sequence logic.

What if warehouse layout changes?

Update pick list product order to match new layout. Minimize picker backtracking. May need to reconfigure pick path optimization.

How do batch picking and route packing work together?

Batch-pick by route. Example: Batch-pick Route 1 (20 orders), pack Route 1, then batch-pick Route 2, pack Route 2. Efficient for high volume.

Should pickup orders be packed differently?

Often packed last since they don't have delivery time constraints. Some operations pack pickups first thing (ready all day) or just before pickup window.

How do I train new packers on the sequence?

Print sample packing lists, walk through warehouse showing pick path, explain routing, shadow experienced packer, start with small batches.

Can I override packing order for specific orders?

Yes, most systems allow manual priority or sequence number. Use sparingly for emergencies or special circumstances.

What if route order changes during packing?

If routes already in progress, finish current. If not started, regenerate packing lists with new route order. Communicate changes to team.

End of Documentation

For additional help, contact your system administrator or Kiva Logic support.