Articles Related to Applications

S Cygan, K Werys, Ł Błaszczyk, T Kubik, K Kałużyński – … and Biomedical Engineering, 2013

… 1 – Vivitro SuperPump, 2 – Vivitro controller, 3 – PC, 4 – constant pressure container, 5 – a phantom tank, 6 – the LV phantom, 7 – the body coil. … The phantom was deformed by a pump for hemodynamic simulations (SuperPump, Vivitro, Canada).

Other Products Cited:  MRI compatibility  Ultrasound Measurements

Visit Source 
BE Griffith, V Flamini, A DeAnda, L Scotten – Journal of Medical Devices, 2013

… Department of Cardiothoracic Surgery, New York University School of Medicine. Lawrence Scotten ViVitro Systems, Inc. 1 Corresponding author. Manuscript received September 25, 2013; final manuscript received October 8, 2013; published online December 5, 2013.

Other Products Cited:  Flow Visualization

Visit Source 
NM Pahlevan, M Gharib – PLOS ONE, 2014

… doi:10.1371/journal.pone.0087122.g001. The left ventricle was simulated by a piston-in-cylinder pump (ViVitro Labs Inc. … The signals were collected using the Tri-pack pressure measuring systems (TP8891, Vivitro Labs Inc.).

Other Products Cited:  Pulsatile Flow Simulation  SuperPump

Visit Source 
NM Pahlevan, M Gharib – Journal of Biomechanics, 2014

A piston-in-cylinder pump (ViVitro Labs Inc. SuperPump System: Model … DPT-400). Tri-pack pressure measuring systems TP8891 (Vivitro Labs Inc.) consisting of three bridge amplifiers were used to collect the signals. Volume …

Other Products Cited:  Pulsatile Flow Simulation  SuperPump

Visit Source 
Journal of Biomechanical Engineering, doi:10.1115/1.4026576. H. Maleki, S. Shahriari, M. Labrosse, P. Pibarot and L. Kadem

Other Products Cited:  Heart Valve Testing  Pulse Duplicator

Visit Source 
Medical & Biological Engineering & Computing, January 2014, Volume 52, Issue 1, pp 1-8. H. Maleki, S. Shahriari, L. G. Durand, M. R. Labrosse, L. Kadem

Other Products Cited:  Heart Valve Testing  Pulse Duplicator

Visit Source 
GP Kumar, F Cui, HQ Phang, B Su, HL Leo, JKF Hon – Medical Engineering & Physics, 2014

… The ventricular chamber was connected to a program-controlled piston pump (Vivitro Superpump, AR Series). The piston’s movement dilates and contracts the transparent silicone sac (ie left ventricle) to mimic the beating ventricle. …

Other Products Cited:  Heart Valve Testing  SuperPump

Visit Source 
J Luo, SA Korossis, SPP Wilshaw, LM Jennings… – Tissue Engineering, 2014

… testing. The flow simulator has been described previously. 27 It mimicked the right heart and was controlled and monitored by the ViviTest software (Vivitro Systems Inc). The simulator was set up as described by Korossis et al. …

Other Products Cited:  Pulse Duplicator  Software  Tissue Engineering

Visit Source 
T Pirbodaghi, C Cotter, K Bourque – Artificial Organs, 2014

The magnetically levitated rotor makes it feasible to modulate the pump speed without concern for contact-bearing friction that can impede rotation. The pump was connected to a commercial LV simulator (ViVitro Systems, Victoria, BC, Canada), schematically illustrated in Fig. …

Other Products Cited:  VAD Testing

Visit Source 
S Annerel, T Claessens, J Degroote, P Segers… – Medical Engineering & …, 2014

A recirculating hydraulic circuit is developed consisting of a pulse duplicator system (Vivitro Labs Inc, Victoria, Canada) for imposing pulsatile flow, the acrylic test section for mounting the valve prosthesis, a Windkessel chamber for mimicking arterial compliance, a peripheral …

Other Products Cited:  Flow Visualization

Visit Source 
DE Vargas, BV Weidner, GC D’Antonio, O Pierrakos – Systems and Information …, 2014

METHODS A commercially available heart simulator (Vivitro Heart system: SD2001-1) was utilized in this study as shown in Figure 2. This system has been utilized in previous studies supporting its efficacy and implementation [9-12]. … FIGURE 2 VIVITRO HEART SIMULATOR …

Other Products Cited:  Heart Valve Testing  Pulse Duplicator

Visit Source 
EM Groves, A Falahatpisheh, JL Su, A Kheradvar – ASAIO Journal, 2014

… Experimental setup Pulsatile pump system: The heart-flow simulator consists of a hydraulic pump system (Superpump system, VSI, SPS3891, Vivitro systems Inc., Victoria, BC, Canada), which operates based on a VSI Wave Generator VG2001 (Vivitro Systems Incorporated, …

Other Products Cited:  Flow Visualization  SuperPump

Visit Source 

Join over 5000 cardiovascular device professionals who receive our testing and engineering insights and tips every month.