London-based product design and innovation consultancy Morrama has launched a range of refillable dispensers for canned personal care products in collaboration with KANKAN, the circular pioneers. The project aimed to create a sustainable and reusable dispenser that maintained the design qualities of the original can while having a minimal impact on the environment.
Morrama’s designers took a reductive approach to the new dispensers, with a cap and pump attachment that clicks onto the top of the refill itself. The product is designed with longevity in mind, allowing users to replace specific parts as necessary during their lifetime. By making refills more convenient, the companies hope to reduce consumption of single-use plastics in the home, with a design that offers a premium product experience that makes everyone’s homes a bit more sustainable with every refill.
Refillable Canned Body Care
KANKAN and Morrama Launch a Refillable Dispenser Range
Trend Themes
1. Refillable Personal Care - Refillable personal care products are becoming increasingly popular, creating opportunities for innovative product designs that prioritize sustainability.
2. Circular Economy - Circular economy practices are gaining momentum in the personal care industry, inspiring innovative collaborations and new business models.
3. Sustainable Packaging - Sustainable packaging is a growing trend, with increasing demand for reusable and refillable options that minimize environmental impact.
Industry Implications
1. Personal Care - The personal care industry is embracing sustainability, creating opportunities for innovative refillable product designs that minimize environmental impact.
2. Design - Design consultancies are collaborating with businesses to create innovative product designs that prioritize sustainability, aiming to reduce waste and promote circular economy practices.
3. Packaging - The packaging industry is shifting towards sustainability, with demand for reusable and refillable options creating opportunities for disruptive innovations that minimize environmental impact.