Kraken Case Packing Systems automate the transfer of products into corrugated cases for efficient end-of-line packaging. We integrate case erectors and case sealers, working with third-party equipment manufacturers to build complete case packing and Pick and Place machines for your product and production line. Designed to handle a range of product types and pack patterns, these systems support smooth downstream operations while improving throughput, reducing manual labor, and helping manufacturers implement the right case packer machine for the application.
Manual or inconsistent case positioning and packing can slow production, increase handling risk, and drive up labor costs. An automatic case packer improves efficiency, protects product integrity, and delivers more consistent case loading. For our high-speed case packing systems, clients, Kraken builds solutions that maintain throughput, support repeatable loading, and keep end-of-line operations running with greater control and reliability.
We help manufacturers:
Top Load Case Packer
2026 Top Load Case Packer
An automatic case packing system loads packaged products into corrugated shipping cases in a controlled, repeatable process. Depending on the application, the complete system may organize products, present or erect cases, load products according to a defined pack pattern, seal the cases, and transfer them to the next end-of-line operation.
Kraken engineers the case packing function around the product, pack pattern, production rate, case format, available footprint, and surrounding equipment rather than treating the packer as an isolated machine.
A case packer machine groups and loads products into cases in the format required for shipping or downstream handling. The loading method depends on the product and application, and may involve top loading, robotic pick-and-place, drop loading, or another engineered approach.
Reliable case packing also depends on the condition of the product before it reaches the machine. Product orientation, spacing, grouping, incoming rate, and the required pack pattern all influence how the complete case packing system should be engineered.
A robotic case packing system uses automated pick-and-place technology to place products or product groups into cases. It can be useful where products need controlled placement, multiple pack patterns, flexible handling, or recipe-driven changeovers.
Kraken’s documented Top-Load Case Packer is one example of a robotic pick-and-place configuration. Its specific tooling, architecture, and performance values apply to that documented configuration and should not be generalized to every case packing project.
An end of line case packer loads finished packaged products into shipping cases near the final stages of the packaging process. It can be coordinated with case erecting, sealing, inspection, coding, routing, and palletizing-related equipment so finished cases continue through the line in a controlled way.
The appropriate product range depends on the case packing method and application. Kraken’s documented and current website examples include bottles, bags, cartons, clamshells, tubs, jars, containers, and other rigid or semi-rigid packaged products.
Product dimensions, shape, stability, weight, orientation, packaging material, production rate, and required pack pattern all affect how the loading process should be designed.
The engineering process starts with how the product arrives and how it needs to be arranged inside the finished case. Product characteristics, incoming rate, required orientation, product count, case dimensions, pack pattern, changeover needs, available floor space, and downstream requirements can all influence the loading method.
Kraken evaluates those factors together so the case packing approach supports the complete packaging process instead of solving only the loading step.
Yes. Kraken can engineer case packing around existing upstream and downstream equipment when the application and available interfaces support it. Important considerations include product flow, current equipment layout, controls, production rate, available floor space, case handling, and how finished cases need to move downstream.
The goal is to integrate the case packing function into the existing process while maintaining controlled product handling and coordinated line operation.
Yes. Kraken can integrate case erecting and case sealing equipment supplied by third-party OEM manufacturers as part of a coordinated case packing system. Kraken’s role is to engineer the product-handling, controls, equipment interfaces, and overall line integration so the individual machines operate together.
A case packer needs products to arrive in a condition that supports the required loading cycle. Inconsistent spacing, incorrect orientation, unstable product presentation, or incomplete groups can contribute to missed loads, jams, or inconsistent pack patterns.
Kraken can coordinate Smart Infeed, orientation, stacking, accumulation, and other product-handling functions upstream of case packing when the application requires additional control before loading.
Yes. Case packing can be coordinated with checkweighing, validation, coding, and reject functions as part of the broader end-of-line packaging system. Depending on the application, inspection can occur before or after loading, and products or cases that fail defined requirements can be routed away from acceptable production.
Kraken integrates these functions while keeping third-party equipment ownership clear when OEM inspection or packaging machines are part of the solution.
The decision should consider more than the manual loading task itself. Production rate, repetitive-motion or ergonomic concerns, product damage, pack consistency, SKU and changeover requirements, available floor space, upstream product flow, case preparation, downstream handling, and future production needs can all affect the automation strategy.
Kraken approaches case packing as part of the complete secondary packaging system so the automation supports the surrounding line rather than simply replacing one manual operation.
Cases can be automatically grouped, oriented, stacked, or arranged using engineered material-handling systems before they enter downstream palletizing or handling operations.
Kraken Automation designs custom systems for case handling, stacking, orientation, routing, and end-of-line packaging based on the required case pattern and downstream process.
Flexible bags often require controlled product orientation, grouping, staging, and loading before entering a case. Kraken integrates these steps into case-packing solutions designed around the product and production rate.
The integration must manage product flow, spacing, accumulation, controls, and communication between the upstream equipment and case packer. Often the work surrounding the case packer is as important as the case packer itself.
A case packer must receive product in the correct orientation, spacing, and rate. Integration may require accumulation, grouping, staging, turning, conveying, and controls before and after the case packer.
Improve throughput and product handling with automated case packing built for real production demands—with a company that integrates well with others.
Kraken does more than supply equipment—we coordinate the entire solution so your line operates as one seamless system. We integrate new and existing machines, design transfer and conveyor elements, align product handling, and synchronize controls from upstream to downstream. The goal isn’t just installation—it’s reliable, high-performance operation.
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