The Hertzstück is a Groundbreaking Piece of Tech That Can Scan Food
Justin Lam — November 15, 2018 — Tech
References: hertzstueck.de & globenewswire
Developed by BASF, the Hertzstück is a groundbreaking infrared detector that could turn smartphones in pocket-sized laboratories. Designed to track the molecular content of food, the Hertzstück utilizes near-infrared spectroscopy. This process essentially has the device project light onto an object and then analyze the amount of light that is reflected back into the sensor. This reflected light is quite telling and the device can easily inform the users of what the material is and what it is mainly comprised of.
The Hertzstück was not designed with food primarily in mind, but the device was first showcased at the London Restaurant Festival. The display invited users to scan various foods, including an experiment that involved scanning through plastic packaging. All the results from this showcase were accurate and the device is now being geared towards health and wellness brands as a means of promoting healthy diets.
The Hertzstück was not designed with food primarily in mind, but the device was first showcased at the London Restaurant Festival. The display invited users to scan various foods, including an experiment that involved scanning through plastic packaging. All the results from this showcase were accurate and the device is now being geared towards health and wellness brands as a means of promoting healthy diets.
Trend Themes
1. Smartphone Pocket-sized Laboratories - The development of pocket-sized laboratory scanners like the Hertzstück opens up new possibilities for smartphones to become powerful tools for analyzing and tracking molecular content in various industries.
2. Near-infrared Spectroscopy - The implementation of near-infrared spectroscopy in devices like the Hertzstück enables quick and accurate analysis of molecular composition, presenting disruptive innovation opportunities in fields such as food safety, pharmaceuticals, and environmental monitoring.
3. Health and Wellness Diagnostics - The Hertzstück's application in health and wellness brands offers disruptive innovation potential by allowing consumers to easily track and analyze the nutritional composition of food, promoting healthier diets and lifestyles.
Industry Implications
1. Food Safety - The pocket laboratory scanners present disruptive innovation opportunities in the food safety industry by enabling rapid identification and analysis of molecular content, facilitating quality control and traceability.
2. Pharmaceuticals - The near-infrared spectroscopy technology used in pocket laboratory scanners like the Hertzstück can revolutionize the pharmaceutical industry by simplifying and accelerating the analysis of drug compositions and quality assurance.
3. Environmental Monitoring - The implementation of pocket laboratory scanners with near-infrared spectroscopy capabilities offers disruptive innovation potential in the field of environmental monitoring, allowing for efficient analysis of soil, water, and air quality.
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