Technical comparison & advantages
Compare the complete package.
Start with a conventional paper cup and its separate lid. Compare it with the complete Category 1 design of the same capacity and against the same functional requirements. Then compare the resources each approach uses to make 1,000 saleable units.
What changes at the production line?
| Measure | Conventional paper cup + lid | Category 1 one-piece design |
|---|---|---|
| Component geometry | Formed paper cup with a separately produced lid. | Body, base, lid and hinge originate in one paperboard blank. |
| Finished-package weight | Weigh the finished cup and matching lid together, including coatings. | Weigh the complete sample, including the hinge and coatings, against the same functional specification. |
| Material input | Count the material used for cup and lid production, including allocated trim and rejects. | One blank changes material layout. Measure material input and scrap per 1,000 accepted units to quantify the effect. |
| Forming and handling | Account for cup forming, lid manufacture or sourcing, and coordination of separate components. | Dedicated forming concept with an integral lid. Establish station count, cycle time and yield in trials. |
| Energy and throughput | Record energy for both production flows and count accepted cup-and-lid sets. | Measure energy per 1,000 accepted units and saleable units per hour on the trial line. |
| Equipment footprint | Include the relevant forming equipment and component handling space. | Evaluate the dedicated equipment, auxiliaries and handling space in a factory layout. |
| Print coverage | Specify usable printable area for the body and separate lid. | Assess the usable artwork area on the continuous blank and check registration after forming. |
| Recyclability | Assess the cup and lid according to their actual materials and coatings. | Assess the finished one-piece container, including its coatings, against relevant collection and recycling criteria. |
Evaluate the advantages against your baseline
Material efficiency
The geometry creates a different route to material reduction. Verify finished-pack weight and production yield separately.
Production economics
Compare material, energy, labour and equipment using a cost per 1,000 saleable containers.
Packaging requirements
Assess minimisation, recyclability and producer-responsibility obligations against the finished format and the market where it will be sold.
Use Regulation (EU) 2025/40 as the reference for EU PPWR requirements. Evaluate fees and obligations for each applicable EPR scheme.
Discuss the innovation with the inventor