One Good Thing (OGT) is introducing the world to its first range of completely wrapperless snacks and protein bars. This waste-reducing product packaging is made from raw cold-pressed, low-carbon ingredients and coated with a completely edible and all-natural film. Thanks to the integration of ingredients like beeswax, the coating dries hard and is useful for providing protection from the outside, while still remaining soft enough to bite and chew.
Snacks and bars from OGT can be purchased in build-your-own boxes of six or 12, and the secondary cardboard packaging uses 70% recycled material for ease of at-home recycling.
While the snack bars can be found in flavors like Mango & Passionfruit and Strawberries & Cream, the protein bars deliver a boost with varieties like Sticky Ginger and Berry Burst.
Wrapperless Snack Bars
One Good Thing Packages Its Products in an Edible, All-Natural Film
Trend Themes
1. Wrapperless Snack Bars - Innovative snack bars and protein bars are packaged without wrappers, using all-natural, edible film made from low-carbon ingredients.
2. Waste-reducing Packaging - One Good Thing introduces a sustainable packaging solution for snacks and protein bars, reducing waste with wrapperless products and recycled secondary cardboard packaging.
3. Edible Coating Technology - One Good Thing uses an innovative edible coating made from beeswax and natural ingredients, providing protective packaging without traditional wrappers.
Industry Implications
1. Food and Beverage Packaging - The food and beverage packaging industry can explore opportunities in sustainable packaging solutions, such as wrapperless snack bars with edible film coating.
2. Sustainable Food Industry - The sustainable food industry can benefit from disruptive innovations like wrapperless snack bars and protein bars that reduce waste and promote eco-friendly packaging.
3. Edible Coating Technology - The edible coating technology industry can capitalize on the use of natural ingredients like beeswax to develop innovative packaging solutions for various products.