Hemodynamic simulation pump PLPTXG007
for medical simulationlaboratoryelectric

Hemodynamic simulation pump - PLPTXG007 - Shanghai Preclinic Medtech - for medical simulation / laboratory / electric
Hemodynamic simulation pump - PLPTXG007 - Shanghai Preclinic Medtech - for medical simulation / laboratory / electric
Hemodynamic simulation pump - PLPTXG007 - Shanghai Preclinic Medtech - for medical simulation / laboratory / electric - image - 2
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Characteristics

Applications
hemodynamic simulation, for medical simulation, laboratory
Operation
electric
Technology
pulsatile
Fluid type
for liquids
Configuration
compact, mobile
Other characteristics
adjustable-flow
Flow

Max.: 0.6 m³/h
(21.1888 ft³/h)

Min.: 0.12 m³/h
(4.23776 ft³/h)

Description

Product overview
The PLPTXG007 high-flow DC pump is designed to simulate blood circulation in human vessels for cardiovascular R&D and clinical training. The system combines a liquid circulation module (heating, temperature control, continuous circulation) with a control module that adjusts motor amplitude, frequency, flow rate, pressure and temperature.

Features
  • Touchscreen interface for fast parameter setting and real-time adjustments
  • Compact integrated design for laboratory bench use and portability
  • Controllable output frequency, programmable flow (2–10 L/min) and temperature control
  • Quick-connect fluid fittings to simplify installation and reduce spills
  • Three-level leakage protection and safety interlocks suitable for laboratory environments


Product Parameters
  • Flow range: 2–10 L/min
  • Maximum output pressure: 200 mmHg
  • Power supply: AC 220V / 3A
  • Temperature control range: 5–40 °C
  • Temperature control accuracy: ±0.5 °C
  • Maximum power: 500 W


Product Size
  • Length: 28 cm
  • Width: 23 cm
  • Height: 16 cm


Other information
  • Net weight (NW): 3 kg
  • Part number (PN): PLPTXG007
  • Lead time: 15 days
  • Origin: Shanghai, China


FAQ
Q1: What are the core application scenarios for this pump?
A1: Used to simulate human vascular blood circulation in two main scenarios: (1) Medical R&D — in vitro simulation experiments and performance evaluation of implantable cardiovascular devices (delivery, retraction, bending, release); (2) Clinical and preclinical training — as a power source for vascular models to train physicians and R&D personnel and shorten procedural time.

Q2: What are the key performance parameters?
A2: Core parameters: flow range 2–10 L/min; maximum output pressure 200 mmHg; temperature control range 5–40 °C with ±0.5 °C accuracy; power supply AC 220V/3A; maximum power 500 W; equipped with three-level leakage protection.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.