MicroScan is a medical device that detects the oxygen level in the blood of patients by scanning the microcirculation under the tongue.
The new device features:
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Ergonomic handle that helps the user avoid direct contact with the patient’s face.
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Two buttons: one for power and one for measurement.
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LCD screen and three LEDs (red, yellow, green) to show the result of the measurement.
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Probe, probe cap and cap holder.
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Batteries case.
Client: MicroVision Medical, the Netherlands
Team: Pamela Leon, Rasmus Anderberg, Stine Bechmann, Brian Khouw, Donglei Bee, Alkistis Kokorikou
Date: 2013
The challenge in this project was to make it suitable for developing countries. The new product needed to address:
• Low energy consumption
• Climate durability
• Hygiene
• Simplicity
• Ease of use for uneducated people
A working prototype was made for the MicroScan. The housing was 3D printed and the electonics programmed and integrated. The prototype was used to validate the concept by user testing.
