How Can We Reduce Plastic When Designing Packaging?

Plastic has become a common material in packaging because it is cost-effective. However, as brands look for more sustainable packaging solutions, reducing unnecessary plastic has become an important part of the design process. By making thoughtful decisions during design, it is possible to reduce plastic use while still protecting the product and maintaining a high-quality customer experience.

Reducing plastic in packaging starts long before production. It begins with asking the right questions during design and engineering.

Can we use less material? Can we simplify the structure? Can we eliminate unnecessary plastic components? Can we choose a more suitable material? Can we make the package more efficient to manufacture and transport?

At SCP Packaging, we consider these questions throughout the development process. By combining specialized packaging expertise, customized solutions, and thoughtful engineering, we work to create packaging that protects the product, supports the brand, and reduces unnecessary environmental impact.

Start With the Right Packaging Structure

One of the simplest ways to reduce plastic is to reconsider how much packaging is actually necessary.

Good packaging design is not about using more materials. It is about finding the right structure to protect the product with as little material as possible. By optimizing the size, shape, and internal structure of the package, we can often eliminate unnecessary components. A well-designed package can provide the protection a product needs without excessive material.

Reduce Unnecessary Plastic Components

Can a plastic insert be removed? Can several components be combined into one? Can a plastic tray be replaced with a paper-based structure? By reviewing every component individually, packaging designers can identify opportunities to reduce plastic without compromising functionality.

Consider Alternative Materials

Paper, paperboard, molded pulp, and other fiber-based materials can sometimes replace plastic components. However, material selection should always consider the product's protection requirements, durability, appearance, manufacturing process, and end use.