Hemodynamic simulation pump

laboratoryfor medical simulationelectric

Product overview
This pulsatile pump is designed to generate controlled periodic pulsatile flow for in vitro vascular and cardiovascular research. It reproduces cardiac pulsation and dynamic arterial/venous conditions, providing periodic circulation with integrated fluid temperature control and pressure monitoring. Intended for medical R&D, device validation and hemodynamic studies.

Features

• Touchscreen interface for quick parameter setup (amplitude, frequency, flow, pressure, temperature)
• Compact integrated design for portable laboratory use (net weight 5 kg)
• Controllable output: pulse frequency, flow rate and fluid temperature
• Quick connectors for fast installation and reduced fluid spillage

Specifications
PN: PLPTXG013C
Net weight: 5 kg
Pulse frequency: 30-180 bpm
Maximum flow: 4.5 L/min @ Max
Pressure range: 0-20 mmHg
Pressure accuracy: ±5 mmHg
Temperature control accuracy: ±1 °C
Maximum power: 1 kW
Dimensions (L×W×H): 34 cm × 20 cm × 21 cm
Lead time: 15 days
Origin: Shanghai, China

FAQ

• Q1: Main experimental scenarios? High-precision device for in vitro vascular models: validation of cardiovascular devices (stent and valve testing), hemodynamic studies and pathology simulation. Provides a standardized pulsatile flow environment.
• Q2: Is operation and connection complex? No. The touchscreen control and quick connectors allow fast parameter setup and easy installation. The integrated format facilitates transport.
• Q3: Which vascular models can it connect to? The pump adapts to most in vitro vascular models. Note: whole-body or high-flow models may require higher-flow pumps; standard models are directly compatible.

Technical characteristics

• Pulse frequency: 30-180 bpm
• Maximum flow: 4.5 L/min @ Max
• Pressure range: 0-20 mmHg
• Pressure accuracy: ±5 mmHg
• Temperature control accuracy: ±1 °C
• Maximum power: 1 kW
• Net weight: 5 kg
• Dimensions (L×W×H): 34 cm × 20 cm × 21 cm
• Lead time: 15 days
• Origin: Shanghai, China