This Edible Sensor From Swiss Researchers Tracks Food Temperature
Alyson Wyers — September 29, 2017 — Tech
References: ethz.ch & techcrunch
This minuscule edible sensor is biodegradable for food monitoring purposes. Developed by ETH Zurich, the microsensors were made to keep food fresh.
Just 16 micrometers thick, the temperature sensor sticks to your food from its origin point to when you eat it, mainly so it can track its temperature in transit. Temperature control in transporting food and produce can be a complex issue, but ETH Zurich researcher Giovanni Salvatore concluded ultra-thin sensors you can eat could help solve the problem.
The edible sensor is made out of magnesium, an element humans need in their diets, as well as harmless silicon dioxide and nitride. A compostable corn and potato starch polymer is also used. The sticker can be bent, crumpled and stretched and still work.
Just 16 micrometers thick, the temperature sensor sticks to your food from its origin point to when you eat it, mainly so it can track its temperature in transit. Temperature control in transporting food and produce can be a complex issue, but ETH Zurich researcher Giovanni Salvatore concluded ultra-thin sensors you can eat could help solve the problem.
The edible sensor is made out of magnesium, an element humans need in their diets, as well as harmless silicon dioxide and nitride. A compostable corn and potato starch polymer is also used. The sticker can be bent, crumpled and stretched and still work.
Trend Themes
1. Biodegradable Food Sensors - Edible sensors for tracking food temperature and delivery.
2. Ultra-thin Edible Sensors - Promoting safe food consumption with safe-to-eat temperature monitoring.
3. Compostable Materials in Food Technology - Reducing waste through compostable materials in food sensor technology.
Industry Implications
1. Food Packaging - Innovating food packaging through the integration of edible sensors.
2. Food Transportation Industry - Disrupting temperature monitoring for safely transporting perishable goods with ultra-thin edible sensors.
3. Food Processing - Integrating edible and biodegradable sensors in food processing to ensure product quality.
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