SSM by VCTE™ Technology

A next-generation standardized quality control visual detection system for liver elastography using ultrasound technology. The portable diagnostic system enables liver fibrosis assessment with clinical-grade precision. It has been awarded the 2022 inaugural BOCHK Science and Technology Innovation Prize and received a 2021 Silver medal at the Special Edition Inventions Geneva Evaluation Days.

Specialized diagnostic device for quantifying liver fibrosis severity using advanced transient elastography. Provides accurate measurement of liver tissue elasticity to assess disease progression and treatment response in chronic liver disease patients.

An ultrasound viewing setting tailored for metabolic associated fatty liver disease (MASLD) imaging. This technology improves liver visualization by enhancing contrast and edge definition, supporting clinicians in detecting imaging features relevant to steatosis progression.

A full-function vascular physiology detection device combining Doppler ultrasound technology with photoplethysmography (PPG) for arterial and tibial blood pressure measurements. The system integrates international standard protocols for accurate ABI and TBI assessment in peripheral artery disease evaluation.

Near-infrared vascular imaging device designed to visualize subcutaneous veins in real-time for clinical procedures. Utilizes advanced image processing technology to enhance visualization of superficial veins and improve puncture accuracy and efficiency.

Portable liver elastography ultrasound diagnostic system equipped with a phased array probe. Offers both B-mode and transient elastography modes with a liver stiffness measurement range of 1.5 to 75 kPa, supporting model-level evaluation and configuration discussion.

Specialized ultrasound platform measuring tissue stiffness and elasticity. Supports liver fibrosis and tissue characterization assessment.

The Vaginal Tactile Imager (VTI) is a biomechanical imaging device that maps pelvic floor tissue properties and structural integrity for diagnosis and evaluation of vaginal and pelvic floor conditions. It combines tactile sensing with ultrasound technology to generate digital twin models, enabling quantitative assessment of pelvic floor biomechanics through proprietary integrity scoring.

Non-invasive diagnostic system designed for hepatic fibrosis assessment and screening. Enables early detection and monitoring of liver disease progression without tissue biopsy.

Fibroscan is a non-invasive and quantitative examination device for the liver, represented by Mediplast through Echosens. The device enables simultaneous examination for fibrosis and steatosis. It is available as an ultra-mobile model for quick and flexible screening outside the clinic.

Medical imaging platform that utilizes photon counting technology to acquire spectral information from anatomical structures. Supports material differentiation and improved tissue characterization in diagnostic imaging.

Real-time ultrasound imaging technology providing visual guidance during elastography measurements. Enables precise targeting of liver parenchyma and avoidance of non-liver tissue during diagnostic assessment procedures.