imedtac takes AIoT technology as its core to provide comprehensive Smart Healthcare Solutions from hospitals to communities. The company is committed to assisting medical institutions in improving operational efficiency, enhancing patient safety, and effectively reducing the workload of healthcare professionals.
Our primary solutions cover six major dimensions:

• ORber Clinical Logistics Operation Platform This platform integrates HIS (Hospital Information Systems), surgery scheduling, and warehousing systems to provide unified dispatching for hospital medical collaboration robot fleets. It automates the transport of surgical instruments, medications, and specimens. By offering hospital-wide path planning, task tracking, and KPI monitoring, it assists hospitals in upgrading from isolated automation to a fully governable, facility-wide logistics platform.
• iMOR (Smart Operating Room) By integrating surgery scheduling, safety checklists, and console management, iMOR significantly improves the on-time rate for the day's first surgery. It reduces the time required to complete safety checklists from 30 minutes to under 5 minutes. Partner institutions include Chi Mei Medical Center, Changhua Christian Hospital, and Pingtung Veterans General Hospital.
• iMWard (Smart Ward) Utilizing e-paper displays linked to Inpatient Information Systems, iMWard provides real-time presentation of patient care data. iMedtac has implemented nearly 3,000 smart wards across Taiwan, with partners including NTU Hospital Hsinchu Branch, Tri-Service General Hospital, and the Kaohsiung Medical University (KMU) Healthcare System.
• iMVS (Vital Signs Station) & iMTelehealth (Telemedicine) Designed to support outpatient clinics, long-term care, urgent care, rural areas, and mobile medical scenarios, these solutions integrate vital signs data, medical imaging, and video consultations. They have been successfully deployed in Taiwan, Japan, Thailand, and Malaysia.
• iMVS-WAV (Non-contact Long-term Care Sensing) This solution utilizes AI multi-modal sensing for fall detection, bed-exit alerts, and respiratory monitoring. It protects resident safety while reducing the pressure on night-shift caregivers. The system requires no wearable devices and ensures that patient privacy is not compromised.