5061-3362 Capillary: Bonding Performance for Medical LC Systems
In liquid chromatography systems, the quality of the flow path directly affects the accuracy of the results. The Agilent 5061-3362 capillary plays a key role in this device, ensuring a smooth, interference-free transition between the elements of the analytical circuit. With an internal diameter of 0.17 mm, a standard length of 200 mm and made from flexible 316L grade stainless steel, this capillary stands out for its robustness and compatibility with medical laboratory requirements.
It is specially designed for routine applications requiring high pressures of up to 1200 bar, while maintaining excellent chemical compatibility over a pH range of 1 to 14. Thanks to its connection-free design, this capillary offers the possibility of fine adaptation to different assemblies according to user constraints or the analysis envisaged. This end-capless configuration prevents dead volume effects that impair chromatographic peak resolution, which is particularly crucial in the biomedical field where every detail can influence clinical interpretation.
This model is ideal for users requiring mechanical precision, impeccable cleanliness and reproducible analytical response. It is pre-cleaned, burr-free and ready for use after assembly with the appropriate fittings. Whether for the separation of proteins, metabolites or other sensitive biomolecules, the Agilent 5061-3362 capillary fits perfectly into high-pressure LC flows, ensuring efficient sample transfer without distortion or loss of integrity. It is suitable for hospital laboratories and biomedical research facilities using Agilent or compatible platforms.
Designed to meet the most rigorous medical laboratory requirements, the 5061-3362 model integrates easily into environments requiring strict traceability and reproducible analytical accuracy. Its use in sensitive biological analyses guarantees a consistent level of performance, which is essential in the most demanding medical and diagnostic research protocols.
