An automated process that determines the optimal box size and packaging configuration for outbound orders based on product dimensions, weight, fragility, and shipping requirements. The system analyzes order contents and selects the most cost-effective packaging while ensuring product protection and minimizing dimensional weight charges.
This functionality is critical for reducing shipping costs, improving customer satisfaction, and streamlining fulfillment operations. Effective cartonization algorithms consider multiple factors including item compatibility, cushioning requirements, carrier restrictions, and sustainability goals to maximize packaging efficiency.
For example, when processing an order containing a book, phone case, and small electronics accessory, the WMS cartonization engine would evaluate available box sizes, determine these items can ship together safely, and select the smallest appropriate container. This reduces shipping costs compared to using oversized packaging and prevents damage from items moving within inadequately sized boxes. Advanced systems also optimize for mixed-SKU orders and support custom packaging rules for specific product categories or customer requirements.
