Catheter Sliding Performance Tester
Applications
The catheter sliding performance tester is a precision instrument specifically designed to evaluate the sliding performance of medical devices - catheters. Its main purpose is to assess the surface sliding performance of disposable non - intravascular catheters, ensuring that when used in the human body, the catheters can reduce friction, alleviate patient pain, and achieve smooth insertion and infection prevention effects. Meanwhile, this tester also provides important evidence for the quality control and safety evaluation of catheters. In addition, it can be used for multiple tests such as the bending performance and tensile performance of catheters, providing clinicians with more comprehensive and in - depth data on catheter performance, further ensuring the safety and effectiveness of surgical procedures.
Standards
YY/T 1536-2017:Catheters other than intravascular catheters—Standard test model for evaluating the surface sliding performance
GB/T:National Recommended Standards of the People's Republic of China
ASTM:Standards of American Society for Testing and Materials
Features
● Imported microcomputer control technology, open structure, user-friendly interface, simple and convenient to use.
● Multiple operating modes to choose from, including constant force and displacement modes, making operation even simpler and more convenient.
● High-precision ball screw drive, high-quality stainless steel guide rails, and a rational layout ensure stable instrument operation.
● Uses imported high-precision force sensors, with measurement accuracy better than 0.5 grade.
● Employs a precision differential motor drive, resulting in smoother transmission, lower noise, more accurate positioning, and better repeatability of test results.
● LCD Chinese display, fully automatic measurement, and test data statistical processing function.
● High-speed micro printer output, fast printing, low noise, no need to change ribbons, and easy paper roll replacement.
● Built-in dedicated calibration program, facilitating calibration by metrology and calibration departments (third parties).
● High-definition color 7-inch touchscreen displays curves and text for clearer visuals.
● Can be equipped with computer software for two-way operation (optional).
● Cross-shaped centering adjustment device ensures accurate and reliable testing.
Technical Parameters
| Technical Parameter | Specification |
|---|---|
| Measurement Range | Usually 20N, 50N, 300N, 500N, 1000N, 1500N (one or more can be selected). Some devices are equipped with a 10N option, and 5N, 30N, 50N, etc. can also be selected. |
| Accuracy Class | Generally 0.5 class |
| Measurement Speed | For example, 1 - 600mm/min (stepless speed regulation) or 0.05 - 500mm/min (continuously adjustable, set via software) |
| Test Force Resolution | Such as 1/30000FS |
| Test Force Accuracy | Generally 0.5 class |
| Moving Speed Accuracy of the Middle Crossbeam | Such as ±1% |
| Maximum Tensile and Compressive Stroke | Such as 600mm |
Accessoriess
Operating system, host structure, clamping device, sensor, high-precision ball screw, stepper motor, water bath temperature control system, instruction manual, warranty card, certificate of conformity, power cord, data cable
Test Procedures
Install the tubing clamps into the clamping grooves of the clamping system. Adjust the distance between the two sliding clamps to the specified clamping distance, and then tighten the clamps, ensuring a good fit between the tubing clamps. Pass one end of the test tubing through the two tubing clamps from bottom to top, with the upper clamp of the testing instrument holding the tubing head. Insert the remaining portion of the tubing into a round tube filled with water, allowing it to immerse naturally for the manufacturer's recommended time. Adjust the position of the two sliding clamps in the grooves so that the tubing is centered. Start the testing instrument to allow the tubing to pass through the silicone pad a sufficient distance, and record the force versus displacement curve. Report the result as the average force value of the wetted section of the tubing on the curve.
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