VICORDER® - A comprehensive diagnostic solution

FAST

EASY

ACCURATE

PORTABLE

A unique portable vascular testing solution

Tailored for diagnostic, screening and research settings

Complete & Modular

>60 exams and digital biomarkers
Configurable to individual needs
3 modalities - Cuff, PPG and Doppler - availablE

Easy & Efficient

Minimal training required
All tests conducted within minutes
Simple and intuitive automated system

Precise & Consistent

Reliable results – proven in >100 studies
Validated against gold standard practices
High reproducibility

Portable & Robust

Perfectly suited for mobile and outpatient situations
High-quality hardware and sensor technology

Full lab of peripheral and vascular exams

Click below and learn more about the full suite of diagnostic parameters and digital biomarkers that the VICORDER® offers:

How it works

Pulse Wave Analysis (PWA), Pulsewave velocity and digital biomarkers

Determination of aortic pulse wave through conversion of brachial pulse (single cuff on the upper arm)
Global transfer function from peer reviewed publication
Calibration with brachial systolic and diastolic blood pressure from external device or integrated oscillometric measurement
Determination of 14 digital Biomarkers

Pulse Wave Velocity (PWV)

Simultaneous recording of pulse waves at two vessel sites, direct measurement of transit time
Calculation of PWV based on vessel distance measurement
Measurement at carotid and femoral arteries (aortic PWV, gold standard method)

Peripheral Arterial Disease (PAD) detection

ABI, TBI measurements and segmental pressures
>90% detection accuracy
3 modalities available - Doppler, Bilateral PPG sensors, Cuff only: for semi-automatic pressure and PVR waveform measurements

Endothelial Function testing

Quantification of the hyperemic response after temporal occlusion of the brachial artery through suprasystolic cuff pressure, using fully automated procedures:

Flow Mediated Slowing (FMS)
Compares PWV in the brachial artery before and after occlusion

Pulse Amplitude Ratio (PAR)
Compares finger tip perfusion measured by bilateral infrared sensors (photo pulse plethysmography) before and after occlusion