Omni-rotational Smart Faucet

What it does

This omni-rotational smart faucet addresses the inconvenience of traditional faucets by offering 360° rotation, touch control for water flow and temperature, enhancing flexibility and convenience for various tasks, providing a smarter water control experience.

Your inspiration

Traditional faucets often present usability challenges due to their fixed design and limited range of motion, particularly in scenarios where flexible water flow and temperature adjustments are needed. My inspiration came from the need to improve user experience by breaking the limitations of conventional faucets. By incorporating 360° rotation and touch control, this faucet offers greater flexibility in various settings, especially in kitchens and bathrooms. The sleek design enhances both functionality and aesthetics, addressing the modern demand for smart, convenient solutions in household fixtures.

How it works

This faucet features a 360° rotation design, allowing users to easily adjust the direction of water flow to meet various needs. The core technology includes a built-in rotation mechanism that ensures smooth and stable rotation when the water is turned on. The touch panel allows users to intuitively adjust the water flow and temperature. The touch sensitivity is high, making the operation simple. The faucet is equipped with smart sensors that monitor water temperature in real-time, with LED indicators showing the current water temperature. The temperature control knob, combined with the touch screen, ensures precise adjustment to the desired temperature. This design not only provides high operational convenience but also promotes water conservation and environmental efficiency, optimizing household water usage.

Design process

The design process began by identifying common user pain points with traditional faucets, such as limited flexibility and difficulty adjusting water flow and temperature. To address these, I proposed a faucet with 360° rotation and touch control for easy adjustment. I started with initial sketches, focusing on the faucet’s shape, rotation mechanism, and user interface. I used 3D printing for prototyping, which allowed quick testing of the design’s functionality and ergonomics. After multiple trials, I refined the rotation mechanism to ensure smooth, stable movement while preventing wear from frequent use. The touch panel was also optimized for accurate, responsive control. During the prototype testing phase, I collected feedback from users, focusing on the responsiveness of the water flow and temperature controls. Based on feedback, I adjusted the size and placement of the temperature control knob for better usability. I also improved the LED indicator brightness to ensure visibility under different lighting conditions. Ultimately, this iterative process resulted in a faucet that offers superior flexibility, ease of use, and a better user experience while addressing the limitations of traditional faucets.

How it is different

What makes this design unique is the combination of 360° rotation and touch-control functionality, which distinguishes it from traditional faucets. Most conventional faucets have limited range of motion and require manual adjustments for both water flow and temperature. In contrast, this faucet offers 360° rotation, adapting to various tasks with enhanced flexibility and convenience. Additionally, the touch panel allows intuitive adjustment of water flow and temperature, eliminating the need for multiple manual controls. The LED display clearly shows the water temperature, ensuring users can easily monitor it, improving safety and comfort. The design also includes a smart sensor system, ensuring consistent performance and reducing wear over time. By combining advanced technology with a minimalist design, this faucet stands out as a practical and aesthetically pleasing solution for modern households.

Future plans

In the future, I plan to further enhance the faucet's smart features by incorporating additional sensors to improve the accuracy of water flow and temperature control. I also aim to integrate it with smart home systems, allowing it to interact with other household devices for a more seamless user experience. Additionally, material selection will be improved to ensure greater durability and environmental sustainability.

Awards

2025 Asia Design Prize Finalist