In this project, we designed and developed a waterproof container for safely transporting medical objects, ensuring maximum protection and stability during handling. The client’s requirement was to create a box that kept sensitive items secure without allowing them to touch the enclosure walls, even when in motion.

What We Did:

• Innovative Waterproof Design: We created a 3D printed waterproof enclosure that securely holds medical components while maintaining complete isolation from external moisture and contamination.
• Latex Membrane Suspension System: To prevent the inner object from contacting any part of the box, we engineered a latex membrane mechanism that acts as a flexible suspension system, keeping the contents stable and cushioned inside. The design performed beyond expectations, ensuring smooth handling and excellent protection.
• Dual Manufacturing Approaches: We developed two design variants – one optimized for 3D printing and another suitable for sheet metal fabrication, providing flexibility for different production scales and materials.
• Next Phase – Air Travel Optimization: Following the success of the prototype, we are now working on an optimized version designed specifically for air transport, focusing on lightweight construction and enhanced pressure resistance.

This project showcases our ability to combine mechanical innovation, precision engineering, and material design, delivering smart, functional, and reliable enclosures for sensitive medical use cases.