SINGLE-DOSE PACKAGING FOR COSMETIC PRODUCTS
D-easydrop represents the ideal choice for those looking for an innovative solution in single-dose packaging in the cosmetics sector. Regardless of the type of cosmetics to be packaged, whether creams, serums or make-up, V-Shapes single-dose packages offer numerous advantages. Thanks to their compact design and the elimination of air inside, these sachets optimize storage space and extend the life of the products contained.
But the distinctive features of D-easydrop they don't stop there. Single-dose sachets D-easydrop they can be fully customized, offering a unique opportunity to attract new customers, increase brand loyalty and improve user perception. The flexibility of customization allows you to create unique packaging, which adapts to the specific needs of each customer. This allows you to stand out from the competition and offer a rewarding user experience. With D-easydrop, your single-dose packaging in the cosmetics sector will be cutting-edge, combining optimal functionality and captivating customization.
NEW MODEL FOR USE OF PACKAGING
After trying the new single-dose sachetsD-easydrop, you will no longer want to go back to uncomfortable, complicated and unhygienic traditional packaging. Compared to disposable solutions on the market, with D-easydrop it is possible to extract more than 99% of the product, avoiding waste and dispersion thanks to the ease of dispensing.
The sachetsD-easydrop they offer an additional advantage in terms of compactness and convenience. They have been designed to make transport easier and optimize storage costs. Thanks to their compact shape and the absence of internal air, they take up less space, allowing for more efficient use of storage space.
In short, the sachets D-easydrop they guarantee a superior experience in single-dose packaging, with greater efficiency in product extraction and a design designed to simplify transport and reduce storage costs.
ECO-SUSTAINABLE PACKAGING
The sachets D-easydrop they are innovative sachets that can be made with materials that contain up to 80% components derived from biological sources (bio-based), together with homopolymers. These materials are recyclable in compliance with local regulations and offer the same preservation performance as traditional products in terms of shelf life (shelf life).