Painless Infant Syringes

View More

The 'VACC-STAMP' Vaccinates Babies in a Safe and Stylish Manner

In an effort to take the pain out of infant vaccinations, designers Han Dhojin, Han Chanhee, Kwon Yoonjoo and Yoon Sejin created infant syringes called the 'VACC-STAMP.'

The vaccination-administering device works to stylishly and painlessly give babies the shots that they need. Using micro needles, the VACC-STAMP injects the vaccine. Since the needle is so small, it causes virtually no pain. After the vaccine is injected, the device applies a disinfectant which is stamped on in a cute heart shape.

The VACC-STAMP's design allows it to be safely used with a low chance of accidental injections. A button on either side of the device must be pressed to inject the vaccine. In addition, each machine prevents the reuse of its syringe by presenting a heart-shaped icon when the syringe is used.
Trend Themes
1. Pain-free Vaccinations - The development of infant syringes like the 'VACC-STAMP' is providing a painless and stylish alternative for administering vaccines to babies.
2. Micro-needle Technology - The use of micro needles in syringes like the 'VACC-STAMP' is minimizing the pain associated with injections, revolutionizing the vaccination process.
3. Safe and Stylish Healthcare Devices - The 'VACC-STAMP' is an example of a healthcare device that combines safety and style, offering an opportunity for disruptive innovation in the industry.
Industry Implications
1. Healthcare - The healthcare industry can explore the use of pain-free infant syringes like the 'VACC-STAMP' to enhance patient experience and increase vaccination rates.
2. Medical Devices - The development of innovative syringes such as the micro-needle 'VACC-STAMP' presents opportunities for disruptive innovation within the medical device industry.
3. Childcare Products - The introduction of stylish and safe vaccination syringes like the 'VACC-STAMP' creates innovative possibilities within the childcare product industry.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE & IMAGES