Agilent 5182-9608 250 µL Gas-Tight Syringe: Precision and Reliability for Volatile Sampling in Medical Settings
The Agilent 5182-9608 manual syringe is an essential tool in medical and analytical environments that require reliable sampling of volatile gases or liquids. With a volume of 250 microlitres, this syringe is equipped with a fixed needle and a PTFE-tipped piston, ensuring a perfect seal (gas-tight). This type of construction is particularly recommended for sensitive gas chromatography (GC) applications, such as residual solvent determination or the analysis of volatile organic compounds in biological samples.
The PTFE-tipped piston offers excellent chemical and thermal resistance, limiting any undesirable interaction between the sample and the syringe components. This feature preserves the integrity of the analytes, ensuring reproducible results even at low concentrations. The use of a fixed needle improves mechanical stability and reduces the risk of leakage or cross-contamination, a crucial criterion in medical laboratories subject to strict standards.
The Agilent 5182-9608 syringe integrates seamlessly into manual sample preparation protocols or semi-automated GC injection systems. It is particularly suitable for hospital laboratories, toxicology centres, pharmaceutical quality control departments and research institutes working with biological gases, volatile solvents or pathological samples.
Each component of this syringe has been selected for its robustness and compatibility with demanding environments. Its precise design ensures optimal control of the volume withdrawn, a determining factor in quantitative analyses or method calibrations. All of this helps to minimise human error and enhance the reliability of chromatography-based medical procedures.
Thanks to its robust design and millimetre precision, the 5182-9608 syringe is the tool of choice for demanding professionals. It guarantees consistent analytical results in regulated environments, while ensuring smooth and safe handling for operators.
