• 1. Introduction to LoadMaster
  • 2. System Requirements
  • 3. Quick Start
    • 1. Account Registration and Free Trial Application
    • 2. Steps for Designing a Loading Plan
    • 3. On-site Loading Guidance via Mobile
  • 4. Interface and Terminology
    • 1. Loading Task
    • 2. Designing a Loading Plan
      • 1) Basic Information
      • 2) Cargo
        • a. How to Add Cargo
          • Excel Batch Import
          • Import by Order Mode
        • b. Basic Cargo Information
        • c. Cargo-related Parameters
          • Stand placement and horizontal rotation
          • Side placement and horizontal rotation
          • Lay placement and horizontal rotation
          • Allow other cargo on top
          • Maximum stacking layers
          • Maximum overhang ratio
          • Load-bearing level
          • Place at bottom only
          • Spatial sequence
          • Set loading
          • Urgency
          • Stack code
          • Group
      • 3) Container
        • a. How to Add a Container
        • b. Container Properties
          • Corner castings
          • Reserved size
          • Maximum placement height
          • Allow overhang in length/width directions
      • 4) Loading Rules
        • a. Container selection mode
        • b. Stacking method
          • Free combination
          • Place same items adjacent
          • Allow stacking only between items with the same length and width
        • c. Cross depth
        • d. Spread (flat) placement
        • e. Prioritize unit-load loading
        • f. Calculation method of maximum stacking layers
        • g. Loading/unloading section length
        • h. Ladder placement
        • i. Placement gap
        • j. Algorithm adjustment
      • 5) Loading Plan
      • 6) Manual Editing
      • 7) Pallet-related Rules
        • a. Minimum ignorable height difference
        • b. Minimum floor coverage rate
        • c. Minimum acceptable pallet height
        • d. Default load-bearing level for mixed pallets
      • 8) Two-stage Loading
        • a. Packing method
        • b. Bulk cargo filling
        • c. Intermediate packaging generation method
      • 9) Export Loading Report
      • 10) Nested Groups
    • 3. Database Initialization
      • a. Cargo Management
      • b. Container Management
    • 4. Units and Language
  • 5. Applications in Real Work
    • 1. Container Loading Optimization
      • a. How to simulate carton expansion and placement gaps
      • b. How to reasonably avoid corner castings inside a container
      • c. How to let the software intelligently select an appropriate container
      • d. How to determine whether a container (or vehicle) can hold a given quantity of cargo
      • e. How to calculate the maximum quantity of a single-spec cargo in a container
      • f. How to achieve weight-balanced loading of heavy and light cargo
      • g. How to load cargo in a specified sequence
      • h. How to keep the same type of cargo placed adjacently
      • i. How to load cargo proportionally as sets
      • j. How to fill remaining space with cargo
      • k. How to limit total stacking layers when stacking cargo of different specs
      • l. How to load cargo according to the sequence and quantity specified by the container
      • n. How to prioritize cargo being stand-loaded
      • o. How to prioritize generating single-product containers
      • p. How to lock certain containers and recalculate the remaining ones
      • q. How to spread cargo flat when a container is not fully loaded
      • r. How to use manual editing to adjust the center of gravity
      • s. How to load only allowing stacking between cargo of the same length and width
      • t. How to make cargo choose the container with the highest load ratio
    • 2. Pallet Loading Optimization
      • a. How to calculate cargo palletization
      • b. How to keep cargo from different orders from mixing on the same pallet
      • c. How to keep cargo from the same order from being split across containers
    • 3. Two-stage Loading Optimization
      • a. How to first palletize cargo and then load into containers
      • b. How to generate high/low pallets to fully use space when all cargo is palletized first
      • c. How to generate single-product pallets as much as possible when palletizing first
      • d. How to define whether remaining container space may be filled with bulk cargo
      • e. How to specify intermediate packaging containers when palletizing first
    • 4. Flatbed Truck Loading Optimization
  • 6. Plan Review
    • 1. Are carton expansion or manual placement gaps simulated?
    • 2. Are the loading rules correctly defined?
    • 3. Troubleshooting other common issues
      • 3-1. Why was some cargo not loaded?
      • 3-2. Why is there space in the container but no more cargo loaded?
      • 3-3. How to ensure container center-of-gravity balance?
      • 3-4. How to ensure cargo is loaded proportionally?
      • 3-5. How to load cargo in sequence?
  • 7. Video Tutorials
  • 8. Per-use and Annual Billing Rules
    • 1. Billing rules for first calculation in single-stage
    • 2. Billing rules for two-stage loading
    • 3. Billing rules for modifying a plan
    • 4. Per-use billing rules for sharing a loading plan
    • 5. Billing rules for step view
    • 6. Annual billing
    • 7. About invoices
  • 9. Unified Data Management
    • a. How to share data among multiple users under one tenant
    • b. Assigning and managing share groups
  • User Agreement
  • Published with GitBook

6. Plan Review

6. Plan Review

1. Are carton expansion or manual placement gaps properly simulated?

2. Are the Loading-rules parameters defined correctly?

  1. Troubleshooting common issues

3-1. Why was some cargo not loaded?

3-2. Why is there space in the container but no more cargo is loaded?

3-3. How to ensure the container's center of gravity is balanced?

3-4. How to ensure cargo is loaded by proportion?

3-5. How to load cargo in the specified sequence?

  1. For other questions, please contact customer support.

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