Nexa Technology is seeking to innovate in the packaging industry by developing a 3D-printed dual-compartment plastic bottle. The goal is to create a bottle with an advanced cap mechanism that automatically mixes two separate components when opened. This project addresses the need for convenient and efficient mixing solutions in various industries, such as pharmaceuticals, food and beverages, and personal care products. The challenge lies in designing a cap that ensures a secure seal for both compartments while allowing seamless mixing upon opening. Learners will apply their knowledge of 3D modeling, material science, and mechanical design to create a functional prototype. The project will involve researching existing solutions, brainstorming innovative designs, and testing prototypes to ensure functionality and user-friendliness.

The project deliverables include a detailed design report, a 3D-printed prototype of the dual-compartment bottle, and a demonstration of the cap's mixing mechanism. The design report should outline the research findings, design process, and testing results. The prototype must effectively demonstrate the automatic mixing feature and meet the specified requirements for durability and ease of use.