Explore Zzip’s form and how we envision it fitting into your daily life.
We’re working on the optical layout.
The R80 curved V6 body is a ready CAD reference; on the electronics side, the sensor, processor, power and memory architecture is complete. Development continues so the sensors and battery can work together inside this form.
The depth of the contact area and the sensor position are in the testing phase; pulse and SpO₂ measurement performance is being validated with physical tests.
Internal volume, optical contact and assembly tolerances are being evaluated together. CAD fit does not mean measurement performance has been validated in the final product.
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A curved shape, a flexible body and an easy opening and closing mechanism. We are developing every detail together for everyday use.
Our aim is to turn signals from the night into a summary you can easily understand in the morning.
We aim to understand the rhythm of your night by considering breathing, movement and nighttime sounds together.
The planned app will help you see nightly records and changes over time in one place.
A curved shape, balanced layout and considered contact points bring technology closer to your daily routine.
Thinness, low weight and adapting to facial movement: we approach Zzip’s hardware with these three goals together.
A thin, flexible board approach that follows the curve of the body has been adopted. Component placement and real bending behavior are being validated with physical tests.
Placing the battery and electronics side by side reduces stacked thickness. The cell is kept away from the areas that flex.
Rounded edges, a flexible outer body and sensor contact areas are being developed together. Skin compatibility and all-night comfort are being evaluated with physical tests. Skin-friendly materials are being designed.
Choosing a high-quality, skin-friendly adhesive for placement around the mouth and balanced hold is one of the core goals of the design. We consider reliable hold, gentle removal and sensor contact together.
The Pro model adds EEG to the multi-sensor architecture. With an electrode extension coming out of each side of the body, it analyzes signals related to the brain’s electrical activity.
PPG, breathing thermistor, microphone, motion and temperature sensors. Active snoring response and sensor-based alarm goals.
In addition to Zzip’s sensors, one EEG electrode extension from each side and brain signal analysis. EEG data is evaluated together with the other night signals.
The V6 CAD work is complete; the next step is physical samples. We are working on maturing the optical section, the battery layout and the wireless connection design. Print tolerance, facial fit and measurement performance will be evaluated with samples. The electronic design moves further with every sample.
Join Zzip’s journey from the very beginning.