Agilent, G9321-60208, InfinityLab Drawer Gilson 208, Ambient

InfinityLab Drawer Gilson 208, Ambient. Contains two drawers for Gilson Rack Type 208 (18 mm od x 100 mm length tubes). For use with 1290 Infinity II Preparative Open-Bed Fraction Collector & Open-Bed Sampler/Collector. Gilson Rack 208 is not included in this kit. Recommended filling volume per tube: 15 mL

Specifications:
Application Compatibility: LCPreparative
Brand: InfinityLab
Module Compatibility: AutosamplerFraction Collector
Number Tubes Held: 70
Product Type: Tray
System Compatibility: 1290 Infinity II Purification System
Technique: LC & LC/MS
Use With Instrument: G7158BG7159B

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The InfinityLab Drawer designed for the Gilson 208 provides an efficient ambient storage solution for laboratory environments utilizing Agilent InfinityLab LC systems. Engineered to support seamless workflow integration, this drawer offers safe, organized housing for Gilson 208 fraction collection equipment and related accessories. Its robust construction ensures stable storage at ambient conditions, making it ideal for high-throughput laboratories where quick access and instrument compatibility are essential.

Frequently employed in analytical, pharmaceutical, and biochemical research, this drawer facilitates streamlined fraction collection, sample management, and workflow efficiency. Its design supports easy installation within compatible Agilent InfinityLab workstations, enhancing laboratory ergonomics and minimizing bench clutter.

Optimized for use in both routine and advanced chromatography applications, the drawer is well-suited to environments that demand flexibility and reliable organization for LC components. It is compatible with InfinityLab Liquid Chromatography platforms and integrates smoothly alongside related storage, automation, or fraction collection systems. The unit supports researchers and analysts in automating sample processing, increasing throughput, and maintaining a high level of organization in dynamic laboratory settings where instrument accessibility and sample security are critical.