Green packaging

Cardboard packaging vs. plastic materials

Laboratory drop tests demonstrate that an advanced structural design of corrugated cardboard ensures optimal deceleration curves (G-Factor) for mechanical and electronic components.

Dissipation of kinetic energy through controlled wave collapse
Absence of micro-fragmentation typical of EPS
Millimeter tolerances for perfect product retention
Cardboard helps reduce CO2 emissions
The circular economy gives new life to resources

FIND OUT MORE

Parametric design

Product dimension detection and CAD development of complex templates to optimize folding and die-cutting lines, reducing waste.

Creating inner tubes

Reverse folds create structural voids. These gaps act as natural air springs that isolate the product.

Shock absorption

In the event of a fall, the inner tube deforms plastically, slowing the impact and protecting the contents.

The advantages of the green transition

Switching from polystyrene to cardboard die-cut is not only an ecological choice.

Tax and regulatory advantage

Complete elimination of the Plastic Tax and immediate alignment with the European PPWR regulation:

100% cellulose-based monomaterial
Ease of disposal for the end user
Improvement of the company's ESG balance sheet

Logistics efficiency of the flat-pack solution

Unlike polystyrene, which travels empty, our die-cuts are delivered flat, reducing transportation and warehouse storage costs:

Less warehouse space occupied
Reduced incoming transportation costs
Rapid assembly on the production line

DISCOVER our green vision

Green packaging

Zero environmental impact and logistics optimization.