Product introduction:
The growing demand for "precision feeding" highlights the importance of pacifier caliber in infant feeding. However, due to the different growth rates of infants, the traditional method of selecting pacifiers by month of age is not universal.
To this end, we designed the Seeyed Baby Sucking Ability Tester and its sharing service. By measuring the negative pressure generated during the baby's sucking process, the device can accurately recommend the appropriate pacifier model to ensure that the baby has a safe and comfortable feeding experience. The service system combines rental, sharing and recycling functions to ensure sustainable use and wide accessibility of products, providing families with affordable and environmentally friendly precision feeding solutions.

Idea:
The design comes from the love and care of life. We advocate the concept of "precision feeding", which aims to meet the unique growth rhythm and needs of each baby through scientific methods, instead of the traditional feeding method relying on experience and subjective judgment. Feeding is not only a daily behavior, but also a loving connection and companionship between parents and children.
In order to make up for the limitations of the product in terms of audience and use, we integrate the concept of sustainable development and design a service system including leasing, sharing and recycling functions. This approach reduces resource waste and usage costs while promoting knowledge sharing.

Function:
The product is excellent in precision recommend and convenient use, providing parents with a scientific and efficient feeding solution. The device is easy to operate-parents pick up the baby in the regular feeding position, start the device and put the test head into the baby's mouth. Each test takes only 30 seconds. The light on the instrument indicates the appropriate pacifier model to help parents easily choose.
In addition to the product itself, the shared service system emphasizes sustainability and economy. Users can scan the QR code in the hospital or nursing center to obtain the device and disposable test nipple. After use, they only need to remove the nipple and return the device.

Appearance:
As a maternal and child products, the design in the functional, convenient and aesthetic aspects of both. It has a compact design (3cm x 6cm x 10cm) that combines basic functions with ease of operation. Product shape smooth lines, no edges and corners, color warm and harmonious, show warm, soft visual effects. Food-grade silicone and PP materials are used to ensure safety and durability. Ergonomic, designed for comfortable grip and intuitive use. By combining modern aesthetics with practicality, it meets the characteristics of baby products and enhances the emotional connection of parents.

Differentiation:
The growth rate of infants varies, and the traditional method of selecting pacifiers by age is difficult to adapt to individual differences. However, there are no products on the market that offer personalized pacifier recommend.
As the industry's first 0-1 innovation, we proposed the use of sucking negative pressure as a scientific indicator and transformed it into practical applications to accurately recommend pacifier models.
In addition to the product itself, our shared service system ensures sustainable use and wider accessibility. The combination of technology and service innovation enhances brand credibility and user trust.

Sustainable:
The project achieves both environmental and social benefits through a shared service system. The rental and sharing model avoids the waste of products caused by the rapid growth of babies and the low frequency of equipment use, maximizes the sustainable use of products, and reduces the impact on the environment. At the same time, it reduces the cost of maternal and child care and promotes the popularization of maternal and child health knowledge.
The hardware design follows the 3R principle with a compact design to reduce material usage. The disposable test nipple uses recyclable environmentally friendly materials to ensure that it can be recycled.