Wei Bai, Lvhan Chen and Rubo Chen · CLIENT: Shenzhen Hello Tech Energy Co.,Ltd
Ecopuzzle Guard is a reusable packaging design for a portable power product. The packaging is cut from a single sheet of fully recycled corrugated cardboard with a water based coating. After unboxing, the components are removed from the top lid and snapped together without tools. The pieces form three puzzle like scenes: tent camping, recreational vehicle travel and home backup power. The assembled piece can be kept as a desktop display, which extends the life of the packaging. The design combines protection, interaction and reuse in order to reduce waste.
Press Kit
- Unique Properties
- This packaging can be disassembled into three puzzle like scenarios: tent camping, RV travel, and home backup power, aligning with the brand's positioning directly linking the product to its applications. Tool free snap fit assembly suits mass production and easy to get start. The assembled product can serve as a desktop ornament, extending the packaging lifecycle, integrating protection, interaction, and reuse, thereby enhancing brand value and user engagement.
- Dimensions & Packaging
- Height 85mm x Width 320mm x Depth 260mm
- Tags
- Multifunctional design, Sustainability, Interactivity, Innovative design, Recyclable materials
- Production Technology
- 1. Material Selection: Constructed from 100% recycled corrugated cardboard with a water based eco friendly coating, tested and verified for sufficient strength and durability.
2. Production Process: Employing a single-sheet die-cutting process, each piece is formed in one cut. This facilitates easy handling during assembly and features multiple cut lines and tabs, allowing users to effortlessly obtain puzzle pieces and assemble them. - Design Challenge
- The greatest challenge in this design lies in achieving a triple balance: protecting, ensuring puzzle interactivity, and maintaining mass production feasibility.
We balanced eco-conscious design with brand storytelling that ensuring stable corrugated paper structures while simplifying assembly and integrating core product scenarios. Additionally, constrained by mass production dieline cutting precision, complex puzzle structures required precise alignment with existing production lines. Through computer simulations, we progressively optimized the structure and adjusted snap dimensions for dieline cutting, ultimately achieving all three objectives. - Project Duration
- The project started in July 2024 in ShenZhen and finished in December 2024 in ShenZhen
- Operation Flow
- The core interaction of this packaging transforms users from passive unboxing to active creation, achieved through a three-step conversion process:
1. Unboxing: Upon receiving the product, open the packaging and remove the puzzle components from the top lid.
2. Assembly Interaction: Snap the components together by aligning their tabs to form a randomly generated scene display piece a fun, interactive experience that mirrors the product's usage scenario.
3. Reuse: The assembled piece can be used as a long term desktop display, extending the packaging's lifespan. - Research
- This applied mixed design research addresses the solar panel packaging dilemma of balancing protection, eco-friendliness and user experience. We created a one-piece recyclable corrugated packaging with puzzle-style reuse, tested via user research, structural simulation and prototyping. The design works well in protection, is easy to assemble, cuts mass production costs, boosts brand differentiation, reduces waste and offers new ideas for new energy product packaging.
- Inspiration
- This project was inspired by focus on sustainability, user experience, and differentiation. We believe that packaging must not only provide robust protection but also serve as an extension of our brand philosophy. To achieve this, we adopted a single sheet structural design to practice environmental stewardship. Through puzzle-like reuse, the packaging enables multiple uses, reducing waste at its source. This transforms the unboxing experience into a scenario based interactive experience.
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