- Packaging and materials
Packaging strength studies
Reducing the costs and environmental impact associated with packaging without giving up advanced performance.
- Contar con envases optimizados, tanto desde el punto de vista de proceso como de materiales utilizados en aras de cumplir con los objetivos de desarrollo sostenible (2030) y ahorrar costes asociados al envase.
- Improving consumer and distributor perception of the brand.
- Verification, in the early stages of product or process development, of the stability of the product under study against specific risk microorganisms, both in terms of food safety and commercial quality.
At AINIA, we add value
- Reduction of costs associated with packaging material.
- Optimisation of packaging processes.
- Incorporation of recycled materials.
- Improvement of brand image.
Packaging strength studies
Study of the packaging production process, design and material used, as well as logistics processes, in order to optimise packaging design so that it is more sustainable, guarantees its quality/structure throughout the entire logistics process and represents a lower cost for the company.
For packaging design, we use software with CAD capabilities for design and CAE capabilities to analyse transformation processes and the behaviour of packaging under the stresses of use or distribution. Stresses, processes such as ISBM, EBM and thermoforming, and the grouping of packaging and secondary packaging are simulated.
With these tools, we can optimise:
- Consumption of primary, secondary and tertiary packaging materials.
- Warehouse space.
- Transport costs.
- Losses due to products with dent defects, collapse caused by stacking strength failures, vacuum collapses, unwanted deformation during use, breakage caused by impacts or falls, production issues, etc., will be reduced.
In addition, we have software that allows us to create different designs, from which we generate prototypes of thermoformed packaging and measure their thickness distribution.
We can quantify cost savings and the environmental impact of packaging by comparing current packaging with optimised versions.
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