Multi-Material Packaging Solutions
At Nefab, we have multi-material engineering capabilities and leverage that to design complete packaging solutions that are sustainable and optimized to your supply chain.
At Nefab, we have multi-material engineering capabilities and leverage that to design complete packaging solutions that are sustainable and optimized to your supply chain.
Whether it's a one-way or returnable solution, we focus on leveraging the unique strengths of each material (wood, plywood, fiber-based, plastic, steel, etc.) to deliver optimal results for our customers. We also strive to offer you solutions that are easy to recycle at their end destination, but without ever sacrificing the right level of protection. This responsibility is one that is not held lightly; to us, taking care of natural resources has been a fundamental part of our culture from the very beginning.
Recognizing the range of innovative alternatives, we combine inhouse R&D expertise and partnerships with universities and customers, to development new renewable and recyclable materials that will meet emerging customer needs and requirements for even more sustainable packaging solutions.
We strive to offer materials that are easy to recycle at their end destination, but without ever sacrificing the right level of protection to secure your products in the most efficient way possible. This not only reduces waste but also supports circular markets, contributing to sustainable solutions.
Our in-house engineering teams design and test solutions in wood, plywood, fiber-based, plastic, steel, and combinations of these, whatever is required in every circumstance of the entire supply chain. By leveraging this diverse range of materials, we can tailor our packaging solutions to meet the unique needs of each product.
We offer packaging products in several types of materials to ensure that we offer the right solution for each and every customer. The most common packaging materials are fiber-based, plywood, wood and plastic. Solutions can be made of one material or a combination of different materials, to find the best solution. All of our packaging products are export compliant and can be shipped all over the world.
With a continuous focus on developing renewable and biodegradable materials, we are discovering innovative methods to enhance the sustainability of our solutions and reduce environmental impact in a smarter way. By combining in-house expertise and partnerships with universities and customers, we are driving the development of new green materials. This will meet emerging customer needs and requirements for even more sustainable packaging solutions. Together, we can pave the way for a future with less packaging waste.
Waste, as well as resources, should be well managed. Within Nefab, waste is carefully sorted into the following waste streams; wood, metal, fiber-based and paper, plastics and foam, general mixed waste. We strive to optimize end of life scenarios by developing partnership to maximize recyclability, reusability, and circularity. Our ambition is to turn waste into new resources.
Strike a balance between ensuring packaging protection, reducing environmental impact, and maintaining cost efficiency. Download our eBook to unlock how packaging engineering redefines safety and leads to a sustainable supply chain revolution.
In February 2024 Nefab received the Ericsson Supplier Innovation Award at the Ericsson HQ in Kista, Sweden. Ericsson grants this award to suppliers that demonstrate innovations or innovative ways of working in means of design, digitalization, efficiency, and quality.
Join us on a journey of saving resources and learn about the latest trends, solutions, and best practices in sustainable supply chain management and discover smarter ways to reduce environmental impact and boost cost efficiency.
Contact us today to learn how our approach to design, test, and innovate can benefit your organization and help you stay ahead in a rapidly evolving market. Our team is dedicated to exploring and implementing innovative solutions that drive progress and efficiency.