This advanced artificial intelligence platform is designed specifically to enhance the accuracy of lymph node detection in head and neck cancer. It employs innovative deep learning algorithms to analyze medical images, automatically predicting cancerous lymph node metastases and providing reliable diagnostic references for physicians. This technology accelerates the diagnostic process, improves result accuracy, and clinical studies have shown a 52% 5-year disease-free survival rate in patients without metastasis. It not only enhances treatment plans and increases patient survival rates but also enables physicians to formulate more precise treatment plans, prolonging patient lifespan. By improving treatment outcomes for head and neck cancer patients, it holds promise for positively impacting patient survival results in the future. 

This product includes an AI interpretation system with a screening accuracy of up to 99%, and an operation page for uploading images and receiving reports. The AI system can be installed at the examination site or connected via the internet for interpretation. The entirety of the above has been granted a Taiwan invention patent; and has early publication of a U.S. patent. This product allows patients to maintain kidney health in a time and cost-efficient manner; it increases the income of practitioners and reduces the overall medical burden. Considering only children under 18 years old in Taiwan, with a charge of 7.3 euros per screening, the annual revenue is estimated to be 18.25 million euros. This product is also suitable for pets.

"(1) Electronic paper intravenous transfusion tag(NFC M-tag)

Integrated with information of patient and the intravenous transfusion system ,enhance the administering medication safety

(2) Electrophoretic display M-bedside card

Could combine any amount of cards of patient's information to expand the display content for quickly grasping the clinical status of patients

(3) The Management system for unit-dose Boxes with electronic paper label

Use e-paper label(EPL) and ZigBee wireless transmission ,eco-friendly and save electricity. The display messages can be customized. The EPL update automatically when patient status change. The system can link to hospital back-end application or APP. "

V5 lung imaging aided interpretation software is Taiwan’s first AI computer-aided detection software (CADe) with high sensitivity and high specificity and officially introduced in the AI clinic for small lung nodules. Doctors can perform the reading function of this product on the original user interface. This product can assist doctors in identifying and marking nodular lesions in CT series images during routine examinations, and display the marked results. 

HPB uses AI image detection and PPS technology to create Ezcaring P1, which will combine standard lighting in the environment to provide de-identified motion detection, giving seniors a higher quality of life. This system provides a safe, economical, effective, and convenient care plan for home care, long-term care services, nursing centers, and medical institutions. 

Wireless design/Fast connection on Android, iOS and Windows / Full Scanning mode: B,M,CF PD,PW/ compatible with DICOM 3.0 system / 4 hours battery life

"PCA 500 12-Lead ECG System The world’s most user-friendly 12-lead ECG system !

The PCA 500 is an entire ECG solution that simplifies and streamlines the 12-lead ECG testing. It is hospital grade, yet easy to use.

With seamless integration of state-of-the-art technologies: a super-compact recorder weights only 67g, patented prepositioned electrode strips, user-friendly apps for mobile devices, and HIPAA-compliant cloud, a hospital-quality 12-lead ECG can be completed by anyone, anytime, anywhere. PCA500 provides efficiency, accuracy, consistency, sanitation and better workflow, and makes 12-lead resting ECG testing accessible. It is cleared by the FDA, TFDA, and CE mark , perfect for telemedicine, ER, EMS , CRO, nursing home and remote patient monitoring."

The "Emergency Medical Consultation Platform" integrates 5G and low Earth orbit satellite technology, which can be applied to land firefighting and rescue vehicles, maritime rescue ships, and air ambulance helicopters for rescue missions. When frontline technicians carry out rescue operations, they can instantly transmit images from the rescue site and the patient's vital signs back to the hospital through the cloud. Utilizing this data, physicians can conduct data analysis, assess the condition, and make real-time judgments using artificial intelligence technology, providing rapid and accurate medical professional support.