ISO 80369-7 Fig C.4 Luer Gauge male Reference Conical Fitting: A Comprehensive Overview

ISO 80369-7 serves as a fundamental yardstick for safeguarding the authenticity and security of medical devices. Particularly, Section C.4 within this norm delineates the male reference conical fitting, an essential instrument employed in assessing female luer lock fittings for leakage potential and simplicity of assembly. This discourse elucidates the instrumental role of this component, emphasizing its importance in upholding premium quality medical connections whilst deciphering the requisite conditions for its proficient utilization.

1. Guaranteeing Leak-Resistant Connections

As per ISO 80369-7 Fig C.4, one of the paramount objectives of the male reference conical fitting is to ascertain that the female luer lock fittings exhibit no leakage. This prerequisite is imperative to prevent contamination and uphold patient safety throughout medical procedures.

2. Evaluating Simplicity of Assembly

The convenience with which female luer lock fittings can be coupled to the male reference conical fitting is another pivotal facet. This facet of the testing procedure necessitates careful scrutiny to ensure that healthcare practitioners can swiftly and dependably interconnect medical devices.

3. Uniformity of Testing Protocols

To sustain uniformity and credibility, the testing protocols for female luer lock fittings employing the male reference conical fitting should be standardized. This standardization is indispensable for precise outcomes across diverse medical establishments and apparatus.

4. Compatibility with Diverse Medical Devices

The male reference conical fitting ought to be compatible with a broad spectrum of female luer lock fittings to ensure its adaptability and extensive utility in the medical sector.

In subsequent sections, we shall scrutinize each of these prerequisites in depth, offering insights into how the male reference conical fitting fulfills these stipulations and bolsters the overall quality and safety of medical devices.