Agilent HP 1100 Series Modular High-Performance Liquid Chromatography (HPLC) System

The Agilent HP 1100 Series is a modular high-performance liquid chromatography (HPLC) system designed for both analytical and production applications in biotechnology, molecular diagnostics, and pharmaceutical research. It comprises multiple specialized modules optimized for precision solvent delivery, sample handling, column temperature control, and degassing essential in biomanufacturing and gene editing analytical workflows.

• G1311A Quaternary Pump: Provides stable, virtually pulse-free solvent flow via dual floating pistons, equipped with four solvent inlets and built-in gradient control using a low-pressure gradient valve. Critical for reproducible gradient elution in synthetic biology and bioprocessing studies.
• G1313A Autosampler (ALS): Enables reliable micro- to semi-preparative scale injections from 0.1 µL up to 1500 µL with overlapping injection capability. Supports sample trays accommodating 2 mL and 6 mL vials, widely adopted in automated molecular cloning and drug discovery workflows.
• G1316A Thermostated Column Compartment: Features dual heat exchangers for solvent preheating, automated column identification, and CAN cable connectivity. Temperature operates from 10°C below ambient up to 80°C with ±0.15°C stability, and ±0.8°C accuracy—optimizing separation in chromatography-based cell imaging and bioseparation techniques. Column capacity supports three 30 cm columns, with rapid warming/cooling cycles.
• G1322A Vacuum Degasser: Incorporates a 4-channel vacuum container with plastic diaphragms and vacuum pump to eliminate dissolved gases from solvents, ensuring baseline stability and reproducibility vital in molecular diagnostics and biopharmaceutical production pipelines.

Technical Specifications:

• Voltage: 220–240 V
• Dimensions (W x D x H): 45 x 41 x 80 cm
• Weight: 35 kg

This Agilent HP 1100 series HPLC system is essential for advanced biotechnology applications such as bioprocessing, synthetic biology research, and molecular diagnostics. Its modularity allows customization to specific experimental needs, supporting critical workflows in biomedical engineering and clinical diagnostics laboratories.