Applications of CubeMaster Online

A global manufacturer ships heavy industrial machinery, sensitive electronic controls, and spare parts across international ocean routes.

Sample Shipment Data

• Cargo Breakdown:
  • Industrial Machinery: 3 units (L: 10ft, W: 6ft, H: 8ft, Wt: 5,000 lbs each) — Requires floor bracing & tying.
  • Electronics Controls: 20 boxes (L: 2ft, W: 2ft, H: 1ft, Wt: 50 lbs each) — Fragile, top-layer only.
  • Spare Parts: 100 boxes (L: 1ft, W: 1ft, H: 1ft, Wt: 10 lbs each) — Standard stackable boxes.
• Container Fleet: 2 × 40ft High Cube Sea Containers (L: 40ft, W: 8ft, H: 9.5ft, Max Payload: 60,000 lbs).
• Constraints: Electronics must be placed on top of spare parts boxes; heavy machinery must be secured to container tie-downs; total gross weight must be balanced evenly.

CubeMaster Solution Workflow

• Defines exact SKU dimensions, weights, and fragile stacking flags in the master database.
• Calculates optimal space utilization inside 40ft High Cube sea containers, ensuring top-layer restrictions for electronics.
• Verifies 3D weight distribution metrics to prevent container balance imbalances during crane handling.
• Generates step-by-step loading instructions and PDF manifests for factory dock crews.

An e-commerce fulfillment center dispatches daily customer orders combining thousands of small parcel boxes with bulky furniture items across multi-drop delivery routes.

Sample Shipment Data

• Cargo Breakdown:
  • Standard Order Boxes: 1,000 units (L: 1ft, W: 1ft, H: 1ft, Wt: 5 lbs each).
  • Flat-pack Furniture: 50 units (L: 6ft, W: 3ft, H: 4ft, Wt: 100 lbs each) — Requires corner protectors.
• Delivery Fleet: 5 City Delivery Vans (L: 12ft, W: 6ft, H: 7ft, Max Payload: 10,000 lbs).
• Routes: 3 distinct regional delivery loops with multiple customer drop-offs per route.

CubeMaster Solution Workflow

• Optimizes carton consolidation to select minimum outer box sizes for mixed picking orders.
• Enforces Last-In-First-Out (LIFO) loading sequences matching delivery stop orders to prevent double handling.
• Minimizes total required delivery truck trips, lowering fuel consumption and miles driven.

A 3PL freight forwarder consolidates less-than-container-load (LCL) shipments from multiple client shippers into ocean containers and long-haul trailers.

Sample Shipment Data

• Client A: 5 pallets (L: 4ft, W: 4ft, H: 6ft, Wt: 2,000 lbs each) — Destination: Port of Rotterdam.
• Client B: 10 boxes (L: 3ft, W: 2ft, H: 2ft, Wt: 100 lbs each) — Destination: Hamburg Depot.
• Client C: 2 heavy machinery units (L: 15ft, W: 8ft, H: 10ft, Wt: 10,000 lbs each) — Destination: Berlin Factory.

CubeMaster Solution Workflow

• Consolidates heterogeneous multi-shipper cargo into common ocean containers and trucks.
• Calculates overall freight rates and space cost allocations per client.
• Provides shareable cloud load overview reports to clients and port terminal operators.

Transporting oversized machinery, long steel beams, and palletized construction materials to job sites.

CubeMaster Solution Workflow

• Models Flatbed trailers (40ft, 80,000 lbs rating) and Lowboy equipment trailers.
• Calculates precise Center of Gravity (COG) coordinates to prevent trailer tipping during transport.
• Verifies over-dimensional length and height allowances for specialized highway permits.

A regional food distributor ships fresh produce, frozen items, and ambient beverages requiring temperature zone separation.

CubeMaster Solution Workflow

• Configures multi-temperature zone reefer trucks (Frozen, Chilled, Dry).
• Reserves required ventilation clearance margins for uniform cold airflow.
• Ensures heavy beverage cases are stacked beneath lighter produce boxes.

Just-in-Time (JIT) delivery of engine blocks, stamped body panels, and tier-1 supplier components to assembly plants.

CubeMaster Solution Workflow

• Supports returnable steel container racks and custom dunnage dimensions.
• Prevents damage to sensitive body panels through strict orientation rules.
• Synchronizes shipment volumes with assembly line production schedules.

Shipping bulky sofas, dining sets, and flat-pack furniture to retail showrooms and home delivery hubs.

CubeMaster Solution Workflow

• Calculates optimal space-filling for irregularly shaped, non-cubic upholstered items.
• Protects high-value glass and wood finishes by enforcing tilt and weight limits.
• Groups complete dining room sets together so full collections ship on the same vehicle.

High-value shipments of laptops, enterprise rack servers, and display monitors requiring shock mitigation and security.

CubeMaster Solution Workflow

• Enforces strict box orientation rules to prevent screen compression damage.
• Maximizes unitload pallet density while maintaining carton crush ratings.
• Generates precise SKU packing manifests for high-security customs inspections.

Transporting hazardous chemical drums, lab glassware, and cold-chain pharmaceutical vaccines with strict regulatory compliance.

CubeMaster Solution Workflow

• Prevents incompatible hazardous chemical classes from being loaded in the same vehicle.
• Maintains strict payload weight limits for heavy liquid drum shipments.
• Generates regulatory compliance documentation for chemical transport authorities.

Transporting seasonal fresh fruit, bagged grain, livestock, and agricultural tractors to regional distribution centers.

CubeMaster Solution Workflow

• Optimizes high-volume produce shipments during peak seasonal harvests.
• Maintains ventilation space for produce respiration during long-distance transit.
• Reduces total truck count required for bulk grain and feed distribution.

How CubeMaster optimizes ERP shipping schedules by using the "Pull Hours Parameter" to pull future orders forward, eliminating half-empty trailers and maximizing fleet fill rates.

How the "Pull Hours Parameter" Works

The Pull Hours Parameter provides flexibility to adjust shipment dates within a controlled timeframe (e.g. 24–48 hours). If a Friday trailer is only 60% full, CubeMaster automatically searches Monday or weekend ERP orders and "pulls ahead" eligible shipments to fill the remaining 40% capacity.

Trailer Utilization: Before vs. After Cubing

Key Operational Benefits

• Reduced Transportation Spend: Eliminates under-filled trucks, reducing total freight trips and carrier charges.
• Automated ERP Synchronization: Revised ship dates are written back directly into SAP, NetSuite, or Dynamics 365.
• Controlled Flexibility: Operations managers set exact pull-hour boundaries to avoid violating customer delivery windows.