P e r i V a s c –

PeriVasc is an advanced system designed for precise, pre-programmed control of pressurized air cuffs, delivering reliable performance in clinical research and environments.

Air cuff operating modes:

  • Inflate – controlled pressurization

  • Deflate – rapid depressurization

  • Float (Hold) – stable pressure maintenance

Smart data management:

  • continuous recording of air pressure signals

  • intelligent processing and analysis of values, slopes, timing, and dynamic patterns

With its versatility and ease of use, PeriVasc is the ideal platform for clinical research and experimental studies. Applications include air plethysmography (APG) measurements, such as assessment of venous reflux and arterial inflow through venous occlusion techniques.

PeriVasc Air Unit M01

PeriVasc Air Unit Model 01 (PVAU M01) is a versatile 2-channel air system for inflating/deflating cuffs supporting three states: Inflate, Deflate, and Float.
The Float state supports air plethysmographic measurements.

PeriVasc Software

PeriVasc Software G (PVSW G) is a PC-based software that records real-time pressure data from the PVAU M01, enabling monitoring, storage and analysis of data.

Mikael Ekman med Air Unit
About us

Welcome to PeriVasc

The PeriVasc is a system for flexibel and programmable cuff inflation and deflation to facilitate peripheral vascular research examinations.

The PeriVasc system also features air plethysmograhic (APG) set-ups, recording and data analysis.

It has been founded by a group of experts (engineers and medical professionals) over the period of more than 10 years and has just recently (2024) made products, software and services commercially available.

Mikael Ekman med Air Unit
Mikael Ekman med Air Unit
Air unit

PeriVasc Air Unit Model 01

The PeriVasc Air Unit Model 01 (PVAU M01) is a versatile 2-channel air system for inflating and deflating cuffs with a pre-defined pressure, by manual or automatic (sequence) control. The PVAU M01 is designed to be a research instrument facilitating air plethysmographic investigations.