- Full Design Ownership: Independently designed the complete custom enclosure for a low-cost Holter monitor using SolidWorks, from concept modeling to prototyping.
- Material & Fabrication: Utilized PETG filament for enhanced durability and flexibility; 3D printed using a Bambu Lab A1 printer to achieve high accuracy and surface quality.
- Battery Compartment: Engineered a dedicated bottom-cell compartment with a sliding enclosure mechanism, inspired by TV remote slots, leveraging PETG elasticity for secure yet user-friendly access.
- Structural Integrity: Incorporated internal ribs to support and stabilize the PCB, ensuring secure mounting and resistance to operational stresses.
- Lid Design: Developed an inward-slotted lid for a sleek, aesthetic finish without protruding handles; achieved a snug-fit, easy-open/close mechanism for improved usability.
- Connectivity & Ergonomics: Designed precisely aligned ports for seamless connections to the Holter monitor, enabling straightforward and intuitive user operation.
- Switch Integration: Integrated rocker switches within the enclosure, balancing accessibility with protection against accidental operation.
