Agilent UMA 600 Infrared Microscope Automation Application Brief

This document discusses the automation technology in infrared analysis, particularly the application of auto samplers. It also mentions the possibility of automating microscopic analysis using an infrared microscope. These automation technologies are essential for laboratories that need to analyze a large number of samples. The document also mentions Varian's Ex model infrared spectrometer.


Agilent UMA 600 Infrared Microscope Automation Application Brief - cover page
Brand
Agilent
Category
Other Electronics
Document type
Product Leaflet
Language
English
Pages
2
File format
PDF
File size
444 KB
Published
11 June, 2012
Updated
28 September, 2023
MD5 checksum
385D50989BAE5CBF4F00A4A1A40287C4

About this manual

This document discusses the automation of infrared analysis, noting that while chromatographic instrumentation has used auto samplers for years, FT-IR auto samplers were previously less successful. The text highlights the need for unattended analysis in modern laboratories where analysts manage multiple instruments and tasks.

The document details the capabilities of the Varian (now Agilent) UMA 600 microscope, which features an automatic stage and auto-focus. It explains how the auto-sampling mode allows for the unattended analysis of multiple samples by defining specific points on a sample or using point templates that can be recalled for subsequent samples.

What's inside

  • Introduction
  • Experimental Details
  • Results and Discussion
  • Point Templates
  • Auto-Sampling Mode
  • Unattended Analysis

Frequently asked questions

What resolution and scan settings are used for the data collection example?

The example data was collected at 8 cm⁻¹ resolution with 64 scans at a scan speed of 20 kHz.

How long does the data collection take for the described data set?

The data collection time for the described data set is less than 3 minutes.

How are multiple microscopic samples analyzed in a single experiment?

Multiple samples are analyzed by defining points on one sample, placing a new sample in the home position, and recalling the point template.

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