SoapLock

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SoapLock 〰️

SoapLock is a wall-mounted soap holder designed to address a simple but persistent problem, the theft of soap dispensers in hotels, restaurants, fitness centres, and public spaces. The challenge was to design a solution that is both secure and adaptable, capable of accommodating a wide variety of soap bottle shapes and sizes without sacrificing aesthetics.

The design process moved through two phases of concept development, exploring different locking and holding mechanisms before arriving at a clean, minimal form that uses a magnetic locking system to secure the bottle discreetly in place. The result is a holder that is easy for staff to set up, swap, and maintain, while remaining tamper-resistant for everyday users.

Developed through technical drawings, stress analysis, and iterative physical prototyping, SoapLock balances functional engineering with considered aesthetics — finished in a warm brushed copper that complements premium soap brands and upscale interior environments. The adjustable mounting system ensures compatibility across a broad range of standard and non-standard bottle sizes, making it a practical and versatile solution for commercial and hospitality settings.

Idea Generation

The ideation phase began with a broad exploration of how a soap holder could be made both secure and adaptable, using hand sketches to rapidly test different holding and locking concepts across varying bottle geometries. Two distinct concept phases were developed, the first establishing the core functional principles around anti-theft mechanisms and mounting approaches, and the second refining the most promising directions into resolved forms. This sketching process allowed for quick iteration and honest evaluation of each concept before committing to CAD development, ensuring the final design direction was grounded in both functional logic and aesthetic intention.

Prototyping

The SoapLock prototype was developed through an iterative process, testing the core locking and holding mechanism across different bottle shapes and sizes to ensure reliable performance in real-world conditions. Physical models were used to validate the magnetic locking system, refine tolerances, and assess structural durability — ensuring the final design was as robust in practice as it was on paper.