Aiming to empower the community to detect & monitor ALL VITAL ORGANS. Currently with lung, liver, & kidney assessment capabilities, and heart assessment on research demands. Download VitoCheck information here.
Desktop Console Specifications
Dimension (W x H x D): 25cm x 18cm x 6cm | Weight: 1.2 kg
Power Mode: Main Supply (100-240V, 50/60Hz) or Lithium Battery
Operating Time on Battery: 4-6 hours | Frame Rate: up to 300 fps
Feed Current Amplitude: Compliance to IEC 60601-1
Storage Capacity: 32Gb (500 ppl data)
Developed in collaboration with OEMs certified ISO13485 standards, our medical device is designed to meet Medical-Grade Class II requirements in compliance with FDA, NMPA, and CE-MDR regulations.
“One-click” Electrode Belt Specifications
Dimension: Range from 50 – 140 cm | Weight: < 300 gram
Electrode: 16 electrodes + 1 reference electrode
Feed Current Frequency: 10kHz to 1MHz
Ingress Protection Rating: IP32
Disinfection Method: Alcohol-based disinfectant or disinfection wipes Fatigue Test: ~25000 Stretch-Times
Developed in collaboration with OEMs certified ISO13485 standards, our medical device is designed to meet Medical-Grade Class II requirements in compliance with FDA, NMPA, and CE-MDR regulations.
Community Screening
Partnering with non-profit organizations, medical doctors, and scientists, we have utilized our VitoCheck device to scan over 150 individuals from diverse age groups and ethnicities.
Our efforts have significantly enhanced health awareaness relating to early disease detection and prevention in the community. By collaborating with various community groups, we aim to make comprehensive health screening accessible and affordable, ultimately improving public health outcomes.
Research Exploration
VitoCheck has scanned over 250 patients for clinical research and development, places include HKU and Queen Mary Hospital. These patients are with chronic pulmonary diseases, chronic kidney disease, fatty liver disease, and heart dysfunction. We also collaborate with universities on research projects, applying for grants, and publishing novel discoveries with our device and biomedical imaging technology.
We are open to further collaborations to speed up the advancement of medical research and public health outcomes.
