THE.WAVE.TALK, with their latest technology, has developed their first home appliance product with the joint effort with ID+IM Design Laboratory of KAIST. With future products in mind, ID+IM Design Laboratory developed a modular product system, a base module, of which has a possibility of expanding its detecting capability to other completely different mediums such as air and fabric; each detecting fine-dust and dust-mite. The creative director Sangmin Bae of ID + IM Design Laboratory leads this design project and hopes to deliver the result in the upcoming 2020 CES show.
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DETECTION, QUANTIFICATION, IDENTIFICATION
THE.WAVE.TALK has developed a technology that can see a new world that has never been seen before.
It is 10,000 times more sensitive than conventional laser sensors and can detect lower concentrations.
CURRENT METHOD for bacteriological analysis requires an expert collecting samples and culture it or use expensive precision equipments that takes hours or days. But our technology can detect low concentration of bacteria on much larger samples.
Our technology works on much larger samples and it takes only seconds to identify different species of bacteria through deep learning system.
HIGH-THROUGHPUT TURBIDIMETER with Higher Sensitivity
Total Wave Inspection System can detect and monitor micro-organism in real-time. The IoT component of TWIS enables data to be accessible from any device and big data analysis can be applied for further analysis.
Our bacteria sensor can be attached to the IV solutions tubing to send a signal to a doctor or nurse in case of any contamination event inside. Also, for another application, we can substantially decrease antibiotics susceptibility testing time.