Cartonization

Find the right box configuration for your order.


  • AI-powered 3D bin packing algorithms
  • Embeddable visualizations
  • Customizable solution
  • Integration with existing systems


Book a demo Get an API key

Efficiency gains

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  • rotation & nesting

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Higher fill rate

Arrange items in the most space-efficient manner to reduce packed air. Fewer cartons, lower shipping costs.

Reduce cost

Make the most of your carrier rates, and pack according to the carrier incentive network.

Reach sustainabilty goals

Lower your carbon emissions by transporting smaller boxes and decrease your carton waste.

Different types of cartonization

Manual Liquid cubing 3D cartonization Cost-efficient 3D cartonization
Feasible solutions âś” âś– âś” âś”
No restacks needed âś– âś– âś” âś”
Exploit carrier rates âś– âś– âś– âś”

Where Air Slips In

Human errors

Packers are only human and it is human not always to find the optimal combination.


Error 1: Packer selects a bigger box than necessary.

→ Result: too much air in the box + higher transport and packaging cost.


Error 2:  The packer chooses a box that's too small. After attempting to fit the items inside, it becomes necessary to rearrange them in a larger box.

→ Result: loss of handling time  + the packer will likely make more error1 mistakes in the future.

Pick to Box

The picker selects the box before starting his pick tour.  During his pick tour he realizes a restack is needed in a smaller or bigger box.


Bigger box: Restack is always done. 

→ Result: Handling time loss


Smaller box: No restack to avoid additional handling time.

→ Result: Too much air in the box 


Important aspect: Optimize travel time/distance through the warehouse.

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Optimize your operational workflow and increase warehouse productivity

Take a look at the features and advantages of using cartonization software in your operations

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Cartonization

Cost-Optimal Packing Differs Per Carrier

Carriers provide incentives to align with their network capacity.

This results into
complex rates structures using weight, volumetric weight and a lot of surcharges (oversized, max weight, max volume, etc.).


Cost-efficient 3D cartonization exploits these carrier rates and selects the best option per order.

The numbers

Packaging cost has risen by 30% & transport cost by 7%.

Negotiating carrier rates isn't enough anymore.

7-12%

Lower transport cost

15-30%

Less air transported

5-11%

Less packaging material used

Embed our 3D visualization

Increase handling speed by visualizing how the box is packed.

Our product is API-first. It simply gives a technology boost to the systems you already use.

Implemented in days, not weeks

Right sized packaging using cartonization software, exploiting carrier surcharges

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Frequently Asked Questions

  • What is cartonization?

    Cartonization is the process of finding the optimal box configuration when shipping an order.


    Cartonization maximizes cost savings in shipping and packing by optimizing the number of cartons used to fulfill an order.

  • Is it possible to test your software before making a purchase?

    Yes. If you’re interested in our cartonization solution, you can schedule a meeting for an API key here.

  • Do you offer integrations within existing systems?

    Yes. Our solutions are integrable into existing systems such as warehouse management systems (WMS), transportation management systems (TMS), and enterprise resource planning (ERP) systems.



  • Is cartonization the same as 3D bin packing?

    No, cartonization is not the same as 3D bin packing, but they are related concepts that both involve optimizing the packing of products into containers.


    Cartonization is focused on packing products into cartons or boxes for shipping, while 3D bin packing is focused on packing items into containers of arbitrary shapes and sizes, such as bins, pallets, or cargo holds.

  • What are the advantages of using cartonization?

    Cartonization software optimizes the use of packaging materials, improves shipping efficiency, reduces labor costs, and enhances customer satisfaction.

  • What kind of data do I need to implement cartonization?

    To implement cartonization, you will need to provide product dimensions, weight, order information, packaging constraints, and potentially data related to your existing packing and shipping processes.

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+32 472 71 51 28 

info@optioryx.com

Lammerstraat 35

Gent, Belgium

9000

BE0784885495

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