Agilent, G2258-87102, Twin needle seat, for G2258A dual loop autosampler

Twin needle seat, for G2258A dual loop autosampler. Compatible with needle assembly G2258-68710

Specifications:
Application Compatibility: Analytical
Module Compatibility: Autosampler
System Compatibility: 1100 LC System
Technique: LC
UNSPSC Code: 41115700
Use With Instrument: G2258A

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
The twin needle seat is a high-precision replacement component designed for the Agilent G2258A dual loop autosampler, ensuring reliable and leak-free sample introduction in high-throughput liquid chromatography applications. Engineered for seamless integration, it supports automated and accurate handling of complex sample workflows. This twin needle seat precisely aligns and seals both sample and waste needles, minimizing sample carryover and preventing cross-contamination, which is critical for trace analysis, pharmaceutical testing, and biomarker discovery in clinical research.

Ideally suited for laboratories utilizing automated sample preparation and injection routines, the component accommodates routine analysis, quality control assays, and advanced method development. Its robust construction provides long-lasting performance and reduces maintenance frequency, supporting continuous operation in demanding laboratory environments.

The twin needle seat is fully compatible with the Agilent G2258A dual loop autosampler and associated modular chromatography systems, ensuring optimal performance and straightforward installation. It is recommended as an essential replacement part to uphold system integrity and maximize the productivity of your autosampler. For comprehensive workflows, pairing with compatible autosampler components and certified vials further enhances analytical confidence. Regular maintenance and timely replacement of this part help laboratories maintain stringent data quality and operational efficiency across diverse scientific applications.