RhinoChill

Benechill Inc.

Industrial Design, Mechanical Engineering, Contextual Research, Medical & Scientific, User Experience (UX/UI)

Background and Challenges

Benechill Inc. produces non-invasive cooling technologies designed to increase neurologically intact survival rates. BeneChill, Inc., tasked Nectar with developing the RhinoChill® IntraNasal Cooling System to induce therapeutic hypothermia.

Overcoming Temperature Reduction Technology Limitations

To overcome the limitations of other temperature reduction technologies, such as water-filled blankets, pads, and intravascular cooling devices—which often get in the way of resuscitation efforts and do not cool the brain fast enough, Nectar focused on using the nasal cavity, the body’s natural heat exchanger, to rapidly cool the brain. The RhinoChill IntraNasal Cooling System also had to be compact and easy to deploy by first-responsders, emergency medical technicians (EMTs), paramedics, and emergency room personnel, without impeding resuscitation efforts.

Overcoming
Comprehensive Product Development

Comprehensive Product Development

Nectar conducted extensive research on competitive products, patient environments, EMT usage/training, and ambulance vehicle environments before developing the RhinoChill concept. Leveraging field research on user interaction, form factor optimization, usability studies, and mockups, Nectar created the industrial design for the RhinoChill, then performed finite element analysis, conducted configuration studies, managed prototype testing, and generated the bill of materials (BOM) and production drawing package for the product.

Saving Lives, Improving Outcomes

The Rhinochill IntraNasal Cooling System is easy to use, portable, and compact. Currently available in the European market, the system’s trans-nasal evaporative manner of cooling is recognized in the European Resuscitation Council (ERC) guidelines as an appropriate means to induce therapeutic hypothermia. Despite being successfully resuscitated, two out of three people who suffer a cardiac arrest die as a result of brain damage.

 

By inducing therapeutic hypothermia, the RhinoChill is improving survival rates as well as the quality of life for resuscitation survivors. The RhinoChill design has been so successful that it won the 2012 MEDTEC EMDT Innovation Awards for Critical Care and Emergency Medicine Product of the Year.