Guidewire Pushing Force Tester
Standards
YYT0807 - 2010 YY/T0663.2 - 2016
ASTMF2394 - 2007
Main Uses
The guidewire pushing force tester is a precision testing tool in the medical device industry, mainly used to test the mechanical properties of guidewires during the pushing process. This equipment plays a crucial role in the research, development, production, and quality - control processes of medical devices.
Its specific uses include: Testing in the R & D Stage: In the R & D stage of medical devices, the guidewire pushing force tester helps R & D personnel conduct comprehensive tests on the performance of new guidewires. By simulating pushing operations under different conditions, testers can obtain data on the mechanical properties of guidewires in various scenarios, and thus evaluate whether they meet the design requirements. This data provides valuable references for R & D personnel, enabling them to optimize the structure and performance of guidewires, and improve the overall quality of medical devices.
Quality Control in the Production Stage: During the production stage, the application of the guidewire pushing force tester ensures that each batch of guidewires meets the quality requirements. By regularly testing guidewires in the production process, manufacturers can promptly identify and resolve potential quality issues, ensuring product consistency and stability.
Optimization of Process Parameters: The guidewire pushing force tester can also be used to optimize process parameters during production, aiming to increase production efficiency and reduce costs.
Competitive Product Analysis and Market Strategy Formulation: Through strict testing of finished guidewires, manufacturers can ensure that products meet the predetermined performance standards. Meanwhile, this equipment can also be used to analyze and compare competing products on the market, helping manufacturers understand their own advantages and disadvantages, and thus formulate more targeted market strategies.
Comprehensive Testing Tasks: The guidewire pushing force tester can also be integrated with other medical equipment to perform more complex testing tasks. For example, by connecting it with a blood vessel simulator, testers can simulate the pushing process of guidewires in real blood vessels, and thus evaluate their performance more accurately. This comprehensive testing method contributes to improving the precision and reliability of medical device research and production.
Technical Parameters
Force - measuring Range: Depending on the specific model and application, the force - measuring range may vary. The force - measuring range of some testers can reach dozens of newtons.
Force - measuring Accuracy: Force - measuring accuracy is one of the important indicators for evaluating the performance of the tester. High - precision testers can provide more accurate test results, helping R & D personnel gain a more precise understanding of the performance characteristics of guidewires. The force - measuring accuracy of some testers can reach 0.1N or higher.
Testing Speed: The testing speed refers to the rate at which the tester applies force during the test. Different testing speeds may have different impacts on the performance of guidewires. Therefore, the tester usually has an adjustable testing - speed range to meet different testing needs. The testing - speed range of some testers may be between 0 - 500mm/min.
Equipment Composition: The guidewire pushing force tester typically consists of a testing main unit, an angle sensor, a torque sensing system, a force sensor, a roller clamping device, etc. These components work together to complete the pushing - force testing task of guidewires.
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