Agilent Manuals

The Agilent iMIC 2000 is the fastest, most precisely controlled scientific imaging platform on the market. It has advanced fluorescence measurement capabilities for quantitative microscopy. It is a fully automated, digitally driven, user-programmable microscope that can quickly focus and is suitable for live-cell imaging of fast processes.

The document describes the service features of the Agilent Extended Warranty plan, including fast response, on-site repair visits, parts coverage, hardware telephone support, and 100% repair guarantee.

The document introduces the features and performance of Agilent J&W Ultra Inert Capillary GC Columns. It offers a higher and more consistent level of inertness, allowing for trace level analysis and unknown sample screening with reliable results.

This document describes the application of Agilent 8453 UV-visible spectrophotometer in pharmaceutical analysis, including its compliance with GLP regulations and superior optical performance.

This document describes the features and characteristics of Agilent 8453 UV-visible spectrophotometer, including fast spectral scanning, open sample area, high throughput optics, virtually absolute wavelength resettability, and exceptional ruggedness and reliability.

Agilent’s new DNA Microarray Scanner with SureScan High-Resolution Technology enables automated high-speed scanning and is able to produce high-quality data from both legacy and upcoming arrays. The scanner is equipped with new optics, electronics, and software. With an extended dynamic range (XDR) of up to 20 times greater than other leading scanners, and fast high-resolution scanning of up to 2 micron in under 20 minutes, the Agilent DNA Microarray Scanner provides state-of-the-art technology for microarray applications. Agilent’s high-resolution microarray scanner is part of an improved microarray platform that provides greater transcript definition and chromosomal definition, as well as expression measurements that more accurately reflect the range of gene activity in biological systems. Agilent’s system produces accurate relative quantitation of signal levels over a range of more than six orders of magnitude, far exceeding the capabilities of other systems. This enhances data quality across a broad range of applications such as gene expression, miRNA profiling, array CGH, ChIP, and methylation assays.

Agilent's ZORBAX Eclipse Plus LC column portfolio has been expanded to provide new options for fast and ultra-fast LC, optimize separations of all analytes with new selectivity choices, and turn potential measurement obstacles into opportunities for success.

Agilent J&W High Efficiency Capillary GC Columns are Agilent's newest GC columns that can analyze more samples and maintain resolution.

Agilent’s productivity solutions can help you increase your lab’s productivity and operational efficiency in an increasingly complex testing environment.

Agilent Advantage Service is a comprehensive, flexible service plan that helps customers fully utilize their instruments, improve lab productivity, and maximize their success.

This document introduces the application of Agilent Fast Refinery Gas Analyzer. The instrument uses Flame Ionization Detector (FID) and Thermal Conductivity Detector (TCD) to detect C1 to C7 paraffins and olefins, as well as hydrogen, carbon dioxide, ethane, ethylene, acetylene, hydrogen sulfide, nitrogen, methane, and carbon monoxide. The instrument can also be customized for different analysis requirements.

This document introduces the features of the Agilent Monomer Analyzer (462B-00), including detectable impurities, optional configurations and application scenarios.

This document introduces the technical overview of Agilent Extended Natural Gas Analyzer (Agilent 326-00), including its configuration, detection range, analysis time, etc.

This document introduces the features and characteristics of Agilent 325-00 Agilent Extended Natural Gas Analyzer, including the detection limit of C1-C12 n-paraffins to 1 ppm, the detection of air composite, carbon dioxide, C1-C5 paraffins, and the system configuration, analysis time, etc.

The document describes the application of a thermal conductivity detector (TCD) to identify air composite (oxygen, nitrogen, and carbon monoxide), methane, carbon dioxide, ethane, propane, isobutane, n-butane, neopentane, isopentane, and n-pentane. It has a lower detection limit of 200 ppm for all components and complies with Gas Processors Association methods 2177 and/or 2261. The analysis time is approximately 15 minutes.