When you look at a delivered pallet of corrugated packaging, you see neat and sturdy boxes.
However, before any sheet of cardboard reaches the production line, it undergoes a meticulous engineering and technological process. Good packaging is no coincidence – it is the result of precise measurements, strength testing, and aligning the structure with real-world logistics conditions.
At MADISON Packaging, we make sure that every project – whether designed from scratch or optimizing a client’s existing packaging – is 100% reliable.
Here is a step-by-step look at how this process works in practice.
1. Needs analysis, load assessment, and laboratory testing
We begin every implementation with a thorough evaluation. We analyze the dimensions, weight, and geometry of the product, as well as the entire supply chain – from packing methods and storage conditions to final transport.
Planning to change suppliers? We’ll test your packaging raw materials in our lab!
We frequently work with clients who are looking for a new, alternative manufacturer to replicate their current cardboard packaging. In these cases, we subject the provided box to a detailed laboratory analysis. We evaluate key paperboard parameters, including board weight (grammage), flute type, and Edge Crush Test (ECT) resistance.
Based on these results, we select raw materials that perfectly match or exceed the previous quality, tailored to the client’s needs and expectations. Importantly, we don’t limit ourselves to simply copying the sample. We always present our own optimization proposal (e.g., modifying the structure or altering the material composition) whenever we identify opportunities to reduce costs while maintaining complete product safety.
2. Packaging architecture and structural design
Once strength requirements are established, we move on to structural design:
- We select a proven template from the international FEFCO catalog (such as a classic FEFCO 201 slotted box) or create a custom, tailored structure from scratch.
- We precisely calculate packaging dimensions to maximize loading efficiency on transport pallets.
3. DTP & Prepress (Graphic Design)
If the packaging also serves a branding or informational purpose:
- We prepare a die-cut template tailored to the technical requirements of our machinery.
- We place the client’s graphic files, verifying bleeds, margins, and the legibility of barcodes and text.
- We match colors precisely using Pantone or CMYK palettes, ensuring seamless brand consistency.
4. Plotter prototyping
Before launching full-scale production, we cut physical test samples on a digital plotter.
This allows the client to handle the prototype, test-pack their product, and verify:
- exact dimensional fit,
- assembly ease and speed,
- overall ergonomic handling.
5. Test batches for pallet testing
For larger implementations, complex projects, or simply upon client request, we produce smaller trial batches. This enables real-world testing and verifies how full pallets of goods behave during trial road transport.
6. Mass production & Logistics
Following approval of the plotter prototypes or test batch, we proceed to fulfill the order in the final volume. Properly secured pallets of finished corrugated boxes are delivered directly to the client – on time and according to specification.
Looking for a reliable corrugated packaging supplier?
Whether you are launching a new product on the market or looking for a proven, alternative manufacturer for your existing boxes – we would be delighted to analyze your needs and prepare a proposal.
👉 Contact our sales and technical team at www.madison.com.pl and tell us about your requirements!