Efficient Packaging for High-Volume Production

Packaging Optimisation for High Volumes Starts with Structural Design

Structural design determines how much material is used, how efficiently packaging can be produced, and how stable it is during use. Targeted adjustments can reduce blank sizes, improve die-cut layouts, and simplify erecting processes.

Typical optimisations include:
• reduced material usage with the same stability
• improved sheet utilisation
• simplified folding and gluing constructions
• increased process reliability on packaging lines

At high annual volumes, these adjustments have a direct impact on material consumption, production effort, and process stability.

Choosing the Right Carton Instead of Overengineering

In many projects, materials are stronger than necessary. By selecting the right carton grade or grammage, material usage can be optimised without affecting performance. The goal is not simply to reduce weight, but to achieve the right balance between stability, processability, and product protection.

Depending on the application, it may be useful to adjust grammage, use a more cost-efficient carton grade, or combine strength and barrier properties within the material. Suitable coatings can also help avoid additional materials. Optimised material selection improves cost efficiency, reduces resource consumption, and supports more sustainable packaging solutions.

Cost-Efficient Use of Printing and Finishing

Design and printing also influence total costs, especially in high-volume production. Not every finishing delivers measurable added value at the point of sale. In many cases, an optimised print setup can achieve a strong visual appearance without adding unnecessary complexity.

Optimisation potential includes reducing the number of colours, adjusting coatings, or selecting the right printing process for large volumes. Simplified layouts can also help stabilise processes and control production costs without significantly affecting brand perception.

Packaging Influences Logistics, Filling Processes and Internal Operations

Efficient packaging considers not only production but the entire customer process. Structure, material, and dimensional accuracy directly affect how reliably packaging runs on automated lines and how efficiently internal processes are organised.

Structural design already defines how easily blanks can be erected, how stable the packaging remains during filling, and how reliably it runs through the packaging process. A process-oriented design helps reduce disruptions, maintain line speeds, and minimise manual intervention. At high volumes, this directly impacts productivity and costs.

Logistics up to the filling line also plays a key role. Flat-packed packaging must be stored, transported, and fed efficiently into the lines. Optimised blank sizes, good stackability, and high dimensional accuracy improve handling in goods receipt, storage, and on the packaging line.

Optimisation potential often includes:
• stable performance on automated filling and packaging lines
• reliable and consistent erecting of blanks
• high process reliability at large volumes
• easy handling in storage and on packaging lines
• good stackability and efficient inbound logistics
• reduced waste and fewer production downtimes

For large volumes, process reliability directly affects efficiency, planning security, and resource use. Well-designed packaging not only saves material but also simplifies internal operations and improves overall cost efficiency.

Early Optimisation Pays Off

The greatest optimisation potential is achieved when packaging solutions are developed collaboratively from the start. Without early alignment, or when existing packaging is simply adopted, opportunities in material usage, structure, and processes are often missed.

Close collaboration between customer and packaging manufacturer enables targeted optimisation of structure, material, and production processes. This results in packaging solutions that are cost-efficient, reliable, and designed for high-volume production. Especially in large series, improvements often pay off quickly.