Intelligent Cargo Packing & Loading Platform
Optimize packing plans through advanced algorithms, maximizing space utilization and reducing transport costs.
Start CalculatingSmart Algorithm
Advanced 3D packing heuristic algorithm for optimal loading layout.
Space Optimization
Maximize container utilization and reduce wasted empty space.
Cost Reduction
Save on shipping constraints and minimize numbers of containers used.
Lightning Fast
Generate 3D plans in milliseconds with our performant engine.
Multiple Vehicles
Supports containers (20GP, 40HQ), trucks, and flatbeds.
Data Security
Encrypted cloud storage with comprehensive history management.
Supported Transport Modes
Complete Packing in 3 Easy Steps
Select Container
Choose or customize standard containers, set payload limits.
Add Cargo
Input cargo dims, limits, stacking/rotation rules.
Smart Compute
Generate 3D visualizations and exportable reports instantly.
What Is 3D Container Loading Optimization?
3D Container Loading Optimization is an intelligent cargo arrangement technology based on computer algorithms. It simulates the three-dimensional space inside containers and automatically calculates optimal cargo placement positions to maximize space utilization and minimize transportation costs. The CX7 Intelligent Packing Platform uses advanced heuristic algorithms supporting multiple standard containers (20GP, 40GP, 40HC, 45HC) and various truck types, widely used in international trade, logistics transportation, and warehouse management.
Standard Container Dimensions: 20GP vs 40HQ
The 20GP standard container has internal dimensions of approximately 5898×2352×2390mm, with a volume of about 33.2m³ and a maximum payload of ~28 tons. The 40HQ high cube measures approximately 12032×2352×2698mm internally, with a volume of about 76.3m³ and a maximum payload of ~30 tons. Choosing the right container type is the first step in optimizing your packing plan.
How to Maximize Container Space Utilization?
The key to maximizing space utilization lies in smart cargo arrangement. The CX7 intelligent packing algorithm automatically generates optimal loading plans based on cargo dimensions, weight, stacking rules, and rotation constraints. Key tips: 1) Place heavy cargo at the bottom, light cargo on top; 2) Consider rotation for regular box-shaped items; 3) Fill gaps with smaller or irregular items whenever possible.
What Factors Affect Container Loading?
Container loading optimization must consider: 1) Container internal dimensions and weight limits; 2) Cargo length, width, and height; 3) Weight distribution and center of gravity balance; 4) Stackability and rotation constraints; 5) Fragile item handling with floor-priority strategy. The CX7 platform supports flexible configuration of all these parameters.
Why Use 3D Visualization for Packing Plans?
3D visualization allows you to intuitively see the exact placement of each cargo item inside the container, making it easy for on-site operators to follow the loading plan. The 3D view supports rotation, zooming, and multiple viewing angles (top, front, side), helping you quickly evaluate the feasibility of the packing arrangement.
Common Container Types in International Logistics
Common container types in international shipping include: 20GP (20ft General Purpose), 40GP (40ft General Purpose), 40HC (40ft High Cube), and 45HC (45ft High Cube). Additionally, there are specialized containers such as reefers, open top, and flat racks. The CX7 platform includes a comprehensive library of standard container types for quick selection.
CX7 Intelligent Packing Platform — Make every inch count. Supporting sea, road, rail, and air cargo loading optimization.