Laboratory pump

for medical simulationhemodynamic simulationelectric

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

Key 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 liquid temperature
• Quick-connect fittings for fast installation and reduced spills

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 applications? High-precision device for in vitro vascular models: validation of cardiovascular devices (stent and valve testing), hemodynamic studies and pathology simulation. Provides standardized pulsatile flow conditions.
• Q2: Is operation and connection complex? No. Touchscreen control and quick-connect fittings enable fast setup and simple installation. The integrated design eases transport.
• Q3: Which vascular models are compatible? The pump fits most in vitro vascular models. Note: whole-body models requiring high flow may need higher-capacity pumps; standard models are directly compatible.

Technical data

• 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