Maltron BioScan touch i8
Diagnostic Monitors
Information
Maltron BioScan touch i8, the World’s Most Advanced and Only Point-of-Care Fluid, Body Composition & Electrolytes Monitor for Adults
The Maltron BioScan touch i8 system that simultaneously measures fluid status, body composition, and electrolyte balance, all in a single, rapid, non-invasive assessment. Designed specifically for adult clinical care, the BioScan touch i8 empowers healthcare professionals with immediate, actionable insights that have historically required multiple instruments, time-consuming lab draws, or complex imaging.
At its core, the BioScan touch i8 leverages state-of-the-art multi-technology to provide highly accurate quantification of fluid status and Body composition . What sets it apart is its integrated electrolyte monitoring capability, delivering real-time estimates of physiologically critical electrolytes such as sodium, potassium, and chloride without invasive sampling. This convergence of fluid, composition, and electrolyte data in a single device is unrivalled at the point of care.
The BioScan touch i8 is engineered for use across diverse adult care environments, including acute hospital wards, intensive care units, nephrology and dialysis clinics, cardiology and heart failure programs, oncology, endocrinology, and outpatient and rehabilitation settings. Its intuitive touch-screen interface, clear visual reporting, and trend analysis support rapid clinical interpretation, enabling timely decisions in fluid management, nutritional optimisation, electrolyte correction, and risk stratification.
With industry-leading measurement precision validated against gold-standard methods, the BioScan touch i8 eliminates the need for multiple disparate tools, reduces delays from laboratory processing, and enhances workflow efficiency. Portable, durable, and easy to operate, it brings comprehensive body and metabolic assessment directly to the bedside.
The Maltron BioScan touch i8 is not just a monitor, it’s a transformative clinical platform.
