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Pulsating pump - Type C

This product is used to generate periodic pulsating fluids, simulate human heart beating, and dynamically simulate arterial and venous blood vessels, including periodic pulsating circulation, liquid temperature control, and pressure monitoring. It can be used for relevant experimental research by medical R&D personnel. The liquid circulation module can achieve liquid heating, temperature control, and circulation. The control module can control the amplitude, frequency, flow rate, pressure, and temperature of the driving motor.

Specification of Pulsating pump - Type C

Features	Convenient touch screen operation and quick parameter setting; Integrated design, convenient to carry and use; Controllable output liquid frequency, flow rate, and temperature; Quick connector connection, easy to connect, reduces liquid spillage, and easy to install;
PN	PLPTXG013C
NW	5KG
Product Parameters	Pulse frequency: 30-180beat/min Maximum flow rate: 4.5 L/ min@Max Pressure range: 0-20mmHg Pressure accuracy: ± 5mmHg Temperature control accuracy: ± 1 ° C Maximum power: 1kw
Product Size	Model length: 34 cm Model width: 20 cm Model height: 21 cm
Lead Time	15 days
Origin	Shanghai, China

FAQ On Pulsating pump - Type C

Q1: What experimental scenarios is this pulsating pump - Type C mainly suitable for?

Answer: It is a high-precision device designed specifically for in vitro vascular model experiments, mainly suitable for cardiovascular device validation (such as performance testing of stents and artificial valves), hemodynamic research, and disease pathology simulation scenarios. It can provide a standardized pulsatile flow field environment.

Q2: Is the operation and connection process of this device complicated?

Answer: It's not complicated. The device adopts touch screen operation, and parameter settings are fast and efficient; Equipped with a quick connector, it is easy to install during connection and can also reduce liquid spillage; Combined with an integrated design, a weight of only 5kg, and a compact size, it has strong portability and is very convenient to use.

Q3: What kind of vascular models can this device connect to?

Answer: Pulsatile pump - Type C can be adapted to most in vitro vascular models; It should be noted that if paired with a whole-body vascular model, a high flow pulsatile pump should be used. In addition, other types of vascular models can be directly adapted for use.