Core technologies driving healthcare innovation
UCARETRON's ultra-low power, ultra-compact impedance measurement technology features the world's smallest, widest band (0.1~400KHz) Cortex M4 intelligent impedance chip.
Fourier Transform technology converts complex time-domain electrical signals into analyzable frequency-domain data. Like a prism separating white light into a spectrum, our system processes raw signals to extract precise impedance measurements.
This enables detailed analysis of electrochemical properties across a wide frequency range, providing insights impossible to obtain from time-domain measurements alone.
High-precision biosensor applications detect minute changes in electrical resistance when target proteins bind to immobilized antibodies. EIS sensitivity at picomolar levels enables early disease diagnosis before symptoms appear.
Machine learning algorithms analyze complex, non-linear EIS data including raw signals and phase shifts, achieving over 95% accuracy in predictive analysis—surpassing traditional expert-dependent circuit interpretation methods.
UCARETRON develops diverse biosensor technologies including Electrochemical Immunoassay, Photothermal PCR, and Cold chain free LAMP for next-generation molecular diagnostics.
Photothermal PCR leverages plasmon resonance for rapid molecular diagnostics. Light hitting metal nanoparticles excites surface electrons, instantly converting energy to localized heat for precise thermal cycling without bulky equipment.
Portable devices under 1kg deliver results in less than 25 minutes—from sample to smartphone, making molecular diagnostics accessible anywhere.
The platform supports multiplex diagnosis across viruses and bacteria, offering scalable infectious disease detection with laboratory-grade accuracy in point-of-care settings.
Smartphone-integrated diagnostics enable real-time analysis by converting antigen-antibody reactions into electrical signals. Simply apply a sample to a disposable sensor strip for instant results.
Our sandwich immunoassay achieves sensitivity thousands of times higher than standard ELISA, detecting viruses even during incubation periods.
Target currents from electrochemical reactions enable early diagnosis with laboratory-grade precision. AI-driven signal processing filters noise to deliver clear medical insights.
CARETRIX condenses complex laboratory equipment into a sleek desktop device, providing high-precision quantitative analysis at primary clinics and POC sites without large-scale facilities.
UCARETRON's AI-powered analysis platform delivers precise biometric data processing, from fingerprint restoration to multimodal biosignal integration for security and healthcare applications.
TruePrint technology uses advanced AI algorithms to instantly reconstruct clear fingerprint ridges from noisy and incomplete latent prints—restoring damaged biometric evidence that traditional forensic methods cannot process.
Our world-first layer separation technology autonomously unmixes overlapping fingerprints into distinct individual layers, enabling precise identity extraction from complex, mixed biometric signals.
Beyond restoration, we integrate diverse biological signals—fingerprints, fundus imaging, and EEG—into a comprehensive platform for next-generation security infrastructure and healthcare diagnostics.
TruePrint Lab has been showcased at major technology exhibitions, demonstrating real-time AI fingerprint extraction and analysis capabilities to industry professionals and potential partners worldwide.
BEAT Connected is an innovative portable low-frequency electrical muscle stimulation (EMS) device designed for personal wellness and rehabilitation. Utilizing advanced micro-current technology, BEAT delivers precise electrical signals to stimulate muscles, promote circulation, and support recovery.
The compact, lightweight design makes BEAT ideal for on-the-go use, whether at home, in the office, or during travel. With multiple intensity levels and specialized electrode pads, users can customize their therapy experience for targeted muscle relief and relaxation.
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