Finapres Medical Systems software
Finapres NOVA - Remote Control (RC) Software
The Remote Control (RC) software opens up the possibility for the user to fully control the Finapres® NOVA remotely. The user can keep distance from the subject while using a computer to control and monitor the measurement!
Finapres NOVA - Measurement Review Software
The Finapres® NOVA facilitates accurate review of recorded measurements! Easy and flexible measurement review is essential for accurate diagnoses and efficient data analysis.
Finapres - Guided Automatic Testing Software
New GAT application enables standardization and quantification! In autonomic testing, standardized procedures are essential for reliable test results. Finapres Medical Systems developed a Guided Autonomic Testing (GAT) application as part of the Finapres® NOVA, which guides the operator and the patient through a series of autonomic test maneuvers.
Finapres - Software Application for Guided Automatic Testing
New GAT application enables standardization and quantification! In autonomic testing, standardized procedures are essential for reliable test results. Finapres Medical Systems developed a Guided Autonomic Testing (GAT) application as part of the Finapres® NOVA, which guides the operator and the patient through a series of autonomic test maneuvers. The GAT application consists of a graphical user interface on the NOVA and also includes a tablet. The tablet provides instructions for the patient during the tests and has the ability to record a video during the test. Upon completion of the test, the application generates a PDF report with quantified results of all performed tests. Together, all these features support standardization and quantification of your autonomic tests!
Advanced Hemodynamics (HD) Software
Our Advanced Hemodynamics (HD) software application enables relevant hemodynamic parameters on the Finapres® NOVA. This HD application gives more insight in various cardiovascular parameters, supporting health care professionals and researchers in studying and diagnosing their patients. It uses a statistical model of the human circulation to calculate the hemodynamic parameters from the finger arterial pressure waveform [1].