Agilent Manuals

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.

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

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.

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 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.

Agilent MassHunter BioConfirm B.02.00 software utilizes enhanced deconvolution algorithms and a powerful new molecular feature extraction tool to facilitate efficient and accurate molecular weight determination of intact proteins and peptides in both simple and complex samples. Data matching to user-defined protein, protein digest and peptide sequences is supported by the platform. The MassHunter BioConfirm B.02.00 software package is designed to enhance MS characterization of recombinant expression products using Agilent Accurate-Mass TOF and Q-TOF LC/MS systems. Fast, accurate confirmation of intact proteins and peptides.

Agilent Microarray Scanner and Feature Extraction Software is a high-performance microarray scanner and feature extraction software provided by Agilent Corporation for gene expression analysis

This document introduces Agilent（安捷伦）'s End-of-Guaranteed-Support Instrument Transition Options. It is a comprehensive and cost-effective instrument transition plan that can help users transition old instruments to the latest Agilent technology to improve productivity and reduce costs.

Agilent offers a broad portfolio of services designed to optimize the productivity and efficiency of your lab

Agilent oligo array-based Comparative Genomic Hybridization (aCGH) platform lets you profile DNA copy number variations with superior resolution, on a genome-wide scale and with high-throughput. It delivers unparalleled sensitivity and specificity that you can count on. Agilent High-Definition CGH (HD-CGH) microarrays allow you to create customized aCGH microarrays quickly and easily using an aCGH-optimized database of over 8 million probes. Perform selective and precise mapping of relevant regions-of-interest at the desired resolution, without compromising flexibility and convenience.

Using Agilent DNA methylation microarray technology, high-resolution genome-wide methylation profiles can be obtained to understand mammalian DNA methylation and gene regulation.

This document introduces Agilent's food safety analysis instruments, including GC columns, LC columns, MS certified consumables, etc.

Improved productivity and lower service costs make your organization run smarter

Agilent GC/MS columns and supplies can enhance the sensitivity and performance of your instrument and ensure the accuracy of your analysis. Agilent J&W GC columns and Agilent certified supplies are manufactured with strict quality control measures. Agilent packaging is designed to keep certified supplies clean in storage.

The Agilent Technologies software and informatics portfolio provides a complete solution for laboratories to enhance the productivity of analytical instrumentation, make scientists and technicians more efficient in their daily tasks and decision making, and ultimately optimize business processes.