Unique atomizing technology
Chrysalis
Electronic Inhaler
In designing a new inhaler, Chrysalis relied upon our engineering team to devise an arduous testing regimen, to research micropump technologies, and to reduce the unit envelope. These efforts yielded an ability to consistently control the medicine particle size, forcing medication deeper into the lungs and reducing wasted doses. Once the unique atomizing technology had been successfully miniaturized, the design team applied a seductive form, simple interface, and user-tested ergonomics to create an effective lifestyle medical product.
Miniaturization
The technologies that form the foundation of this inhaler were sourced from a large, benchtop piece of lab equipment. These components had to be miniaturized in order to be integrated into a handheld device.
Industrial Design
Once brought down to a usable scale, the subassemblies were arranged into a series of configurations that would serve as potential design layouts for ergonomic studies. A vertical stack created an ice cream cone. A squared arrangement felt like a flip-cap lighter. A rectangular setup became a harmonica.
Ergonomic Studies
Is an ice cream cone ergonomic? Sketches may convince us that they are, but especially for products that are handheld and used in the mouth, models must be used to ensure comfort and ease of use.
Molecular Studies
Chrysalis relied upon our engineering team to devise an arduous testing regimen, to research micropump technologies, and to reduce the unit envelope. These efforts were to yield an ability to consistently control the medicine’s particle size, forcing medication deeper into the lungs and reducing wasted doses.
Prototype
Focus groups provided feedback on prototypes, evaluating the device’s aesthetics, intuitive interface, and ease of cleanability.
