Cara Menghitung Kapasitas Angkut Barang dengan CUBE IQ (Bagian 2)

Summary

This video tutorial demonstrates how to use Cube IQ software for load planning analysis, focusing on optimizing cargo space with various product types, such as boxes and cylinders. It covers how to configure multiple product types, set priorities for loading, and adjust settings for optimization, ensuring efficient use of container space. The user shows how different constraints, such as no stacking and specific orientations, affect the load plan. The video highlights the importance of experimenting with different scenarios to find the most effective way to maximize cargo efficiency while considering sequence and unloading priorities.

Takeaways

• 😀 The video explains how to use Cube IQ software for load planning analysis in logistics, covering both simple and complex product shapes.
• 😀 It highlights the importance of considering various product types, such as boxes and cylinders, when planning cargo loads.
• 😀 The process starts by selecting and defining different product shapes (e.g., box or cylinder) within the Cube IQ software.
• 😀 For cylindrical products, users enter the diameter and height instead of length, width, and height, which are used for boxes.
• 😀 The video emphasizes the need to input product weight, both gross and net, for accurate load planning and analysis.
• 😀 Cube IQ allows users to set orientation rules, specifying whether products can be stacked or need to remain upright (e.g., ‘On Floor Only’ or ‘On Top Only’).
• 😀 The sequence of loading products into containers is essential, and priority can be set, ensuring that higher-priority products are loaded first.
• 😀 Users can optimize their load plan using the software, which will adjust to various constraints, such as product positioning and space utilization.
• 😀 The video shows a scenario where optimizing the sequence and product positioning results in different outcomes for the amount of cargo that can be loaded.
• 😀 A key feature of Cube IQ is its ability to simulate different loading scenarios, helping users make adjustments for better optimization based on product types and container space.
• 😀 Finally, the video concludes with a discussion about adjusting product sequences for unloading, showing the flexibility of Cube IQ in managing logistics from loading to customer delivery.

Q & A

What is the primary focus of the second video in the Cube IQ series?

The second video focuses on load planning analysis using Cube IQ, with an emphasis on handling multiple product types, such as boxes and cylinders, and how to optimize the loading process based on their different dimensions and stacking constraints.

How does Cube IQ handle different product shapes like boxes and cylinders?

Cube IQ allows users to input the dimensions and weights of various product types. For boxes, users need to enter length, width, height, and weight, whereas for cylinders, only the diameter and height are required.

What is the significance of the 'Orientation' step in Cube IQ?

The 'Orientation' step in Cube IQ allows users to set the positioning rules for products. This step helps define how products are placed in the container, including constraints like whether products can be stacked on top of each other or need to remain upright.

How does Cube IQ handle loading prioritization of products?

Cube IQ allows users to set loading priorities by defining the sequence in which products are loaded. For instance, users can specify which product should be loaded first, ensuring that loading is optimized according to the user's preferences and constraints.

What happens when the 'Optimize' function is used in Cube IQ?

The 'Optimize' function in Cube IQ automatically arranges products in the most efficient way possible based on the defined constraints and priorities. It calculates the best way to fit the products into the available space while adhering to stacking and placement rules.

Why did Cube IQ place the cylinder product on top of the box product during the first optimization?

Cube IQ placed the cylinder on top of the box because, during the optimization, the software only considered maximizing space efficiency and did not account for stacking constraints. This behavior can be corrected by adjusting the product settings to restrict stacking.

What are the key constraints users can set in Cube IQ for product placement?

Users can set constraints such as 'On Top Only' and 'On Floor Only' to control whether products can be stacked on top of others or must be placed on the floor. These constraints ensure that the loading process adheres to specific rules for product placement.

What does the 'Unfloor Only' setting do in Cube IQ?

The 'Unfloor Only' setting ensures that a product can only be placed on the floor of the container, preventing it from being stacked on top of other products. This setting is used to maintain product stability during loading.

How does Cube IQ handle changes in product quantity during the load planning process?

When product quantities are adjusted in Cube IQ, the software recalculates the load plan to optimize the arrangement of the products within the available container space, taking into account both the new quantities and any stacking constraints.

What is the role of container design in Cube IQ's load optimization?

Container design plays a crucial role in Cube IQ's optimization process. The software uses the dimensions and design constraints of the container to determine how best to fit the products while ensuring stability and maximizing space utilization.