Mini Portable Pulsatile Pump With
Heated Reservoir (37 °C)

About - Heated Reservoir Unit

At SurgeonsLab, we believe that true-to-life testing and demonstrations are the key to proving the reliability of every endovascular device and implant. That’s why we created the mini portable pulsatile pump with heated reservoir (37 °C) a compact, plug-and-play solution designed to recreate physiologic conditions anytime, anywhere. This portable system is engineered for R & D teams, training specialists, and endovascular companies who need realistic simulation environments for testing, validation, and demonstration.

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Quick Demonstrations

Setup in minutes and showcase devices like Flow diverters, Coils, Thrombectomy devices, Occluders, IVC filters, and Endografts without heavy infrastructure.

Portable & Easy Setup

Light weight and travel ready ideal for medical training, R & D labs, conferences, and clinician’s office demos.

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Universal Compatibility
Designed to work with embolic devices NBCA, onyx, microspheres, advanced tools like aspiration catheters and stent retrievers, and covered stents for EVAR and TEVAR.

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Confidence in Results
Realistic hemodynamics ensure precise and reliable deployment of closure devices such as PFO closure, ASD closure, and LAAC—trusted in vascular surgery and interventional radiology.

Core Features

Temperature Control

The integrated reservoir maintains fluids at 37 °C,
ensuring life like viscosity and accurate performance
for stents, catheters, and guidewires.

Integrated Mini Pump

Compact, silent, and reliable mimicking arterial
and venous circulation for Medical devices
and MedTech innovation.

Why Physiologic Simulation Matters

Temperature Matters

Shape-memory alloys and polymers behave differently at room temperature. Stents and Drug coated balloons only show true flexibility, expansion, and drug release at 37 °C.

Blood Flow is Dynamic

Realistic pulsatile flow at 120/80 mmHg affects how embolization agents and thrombectomy devices perform in practice.

Precision is Critical

Devices such as self-expanding stents, occluders, and grafts demand body-temperature conditions for accurate deployment.

Standards Demand It

FDA and CE approvals are built on physiologic testing. Validation under real-world conditions is not optional—it’s the baseline for trust.

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