Catheter Friction Performance Tester

Main Uses of the Catheter Friction Performance Tester

The catheter friction performance tester is a professional instrument used to detect the surface slipperiness of medical catheters, and it has a wide range of applications, mainly including the following aspects: - Medical Device R & D: During the R & D of new - type catheter - based medical devices, the tester can be used to evaluate the friction performance of catheters made of different materials and with different design schemes, providing a basis for product quality control. Meanwhile, by selecting catheters with appropriate frictional force through testing, product design can be optimized and product performance can be improved. - Clinical Assessment: In clinical practice, the tester can provide parameter data for doctors, helping them select suitable catheters, thus improving the safety and effectiveness of treatment. - Academic Research: Academic institutions and research units can use the tester to conduct relevant basic research, and deeply explore the influence mechanism of friction performance on the effects of interventional treatment.

Compliance Standards

YY/T 1536 - 2017

TCAMDI 021 - 2019

Műszaki paraméterek

- Testing Range: It can test medical catheters of different specifications and models, including urinary catheters, guidewires, balloon catheters, etc.

- Friction Measurement Range: Generally, it has a wide measurement range to adapt to catheters made of different materials and with different surface - treatment methods. - Friction Measurement Accuracy: High - precision sensors and data acquisition systems ensure the accuracy and reliability of measurement results. - Environmental Simulation Function: It can simulate different blood - flow conditions, temperatures, and humidities to evaluate the performance of catheters under physiological conditions. - Data Processing System: With a built - in data processing system, it can analyze the changes in frictional force and generate detailed test reports.