
MicroLab Software with Cary 630 FTIR spectrometer
MicroLab FTIR Software
This unique method-driven software uses picture-guided workflows to help users through all steps of the analysis, leading to actionable FTIR results with little to no training required. Seamless integration between MicroLab suite applications and the FTIR systems form a flexible and intuitive workflow solution that prevents user misapprehension and provides confidence in the results.
- FTIR Software
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Product Details
- Learn the software in minutes – Step-by-step guidance using instructive pictures and an intuitive software design allow easy navigation through the entire workflow, for less training and fewer user mistakes
- See on the screen what is on the bench – MicroLab automatically identifies the connected instrument and recognizes the attached sampling module. The software directly applies the correct parameters and displays the relevant pictures. Permitted modules can be defined for each method.
- Eliminate doubts due to data interpretation from routine workflows – After data collection, the software directly provides color-coded, actionable results, making interpretation simple
- Expand the fast and simple software experience to model development for quantitative applications – MicroLab Quant assists experts and nonexperts through each step in building a quantitative model and provides instant feedback when optimizing the model
- Report all relevant results – MicroLab incorporates predefined and customized report templates. Results can be automatically reported, and a consistent format allows swift review of relevant details.
- Manage user privileges and administer secure storage of electronic records – Optional built-in technical controls ensure the security of your data, control access, and facilitate compliance as defined by US FDA 21 CFR Part 11, EU Annex 11 and similar national electronic record regulations
- Complemented by MicroLab Expert for more sophisticated data processing, visualization, and analysis
- Can be used with the Cary 630 FTIR spectrometer and Agilent handheld and portable FTIR systems
- Application Notes
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ASTM D7806-12 for Biodiesel in Petroleum-based Diesel Fuel Oil
Agilent 4500, 5500, and Cary 630 spectrometers easily meet ASTM D7806-12 biodiesel analysis with excellent repeatability, calculating concentrations <1% and >30%.
- Application Notes
- English
- 10 Mar 2015
- 1.55 MB
Agilent MicroLab Quant Calibration Software: Measure Oil in Water using Method IP 426
We developed easy FTIR quantitative methods using MicroLab Quant interactive calibration and IP 426 for oil in water, comparing Beer’s law and least squares.
- Application Notes
- English
- 26 Feb 2015
- 1.86 MB
- Flyers
- Technical Overviews
- White Papers
- FAQs
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FAQ: Microlab Will Not Connect to Cary 630
Microlab PC Will Not Connect to Cary 630. This is usually indicated by the error “Instrument Failed to initialize” and occurs when trying to achieve instrument access with an external computer.
FAQ: Unable to Collect Spectrum Using Microlab PC Software
In the Microlab PC software, when the button is clicked the instrument will not collect a spectrum. This information provides steps to help resolve this issue.
FAQ: Changing the Sample Name After Data Collection in the Microlab PC Software
Data collection has been completed and you want to change the Sample name and generate a new report without collection another spectrum.
FTIR Spectroscopy, Infrared Spectroscopy—FAQs
Learn about infrared spectroscopy & FTIR spectroscopy—FAQs on how FTIR works, how FTIR spectrometers work, FTIR measurements, and techniques like ATR-FTIR
- Instruction Sheets
- User Manuals
Didn't find what you need? Contact our support team.
FTIR Analysis & Applications Overview
A guide to modern applications of FTIR analysis using benchtop and handheld instruments.
ATR-FTIR Spectroscopy Overview
Learn about the most common FTIR sampling technique for measuring liquids, solids, powders, semisolids, and pastes.
Videos
Advances in FTIR and UV-Vis: No Need for Cells in Liquid Sample Analysis
This webcast will highlight the benefit of advanced sampling technologies in achieving fast, easy, and reliable measurements of liquid samples in comparison with the traditional liquid cells used for FTIR and UV-Vis measurements.
FTIR Spectroscopy in Pharmaceutical Analysis: Hardware, Applications, Tips & Tricks
Stay up to date with the best practices to minimize costly downtime and achieve great results from your systems.
Improve ROI with Fast Assessment of Decarboxylation Status in Cannabis and Hemp Extracts
A key step in cannabis oil production is the decarboxylation of naturally produced THCA to psychotropic THC or CBDA to CBD, respectively. This step can be done either before extraction by heating the flower or after extraction by heating the cannabis oil. In both cases, heat is used to speed up the decarboxylation process. But with this heating step come considerations and problems. Excess heat or time will degrade the cannabinoids to unwanted side products, and it will tie up production capacity and generally incur higher production costs. To better control this important processing step, we have developed an infrared (IR) monitoring solution that can track decarboxylation progress in near real-time. We have been able to validate the process for decarboxylation of both THCA and CBDA in both flower and oil. We will present our monitoring solution and the Agilent IR platform that enables this work.
Whitepaper Details Improved ROI in Cannabis Decarboxylation Testing Using Fast FTIR Analysis
The whitepaper entitled ‘Fast, easy, and reliable monitoring of THCA and CBDA decarboxylation in cannabis flower and oil samples using infrared spectroscopy’, authored in collaboration with Dr. Markus Roggen—founder and CEO of DELIC Labs—is available online. Markus discusses an FTIR solution—based on the Agilent Cary 630 FTIR spectrometer—that he and his team have developed for near-real time monitoring of hemp and cannabis decarboxylation processes. This monitoring tool can help to optimize the decarboxylation process, improving product quality and increasing ROI.
- 31 Jan 2022
COVID-19 Severity Screening Method Based on the Agilent Cary 630 FTIR Spectrometer
Researchers have developed a classification algorithm based on IR spectra of blood plasma acquired on a Cary 630 FTIR spectrometer that helps to differentiate between Covid-19 positive patients who are expected to show severe symptoms, and Covid-19 positive patients who are expected to have only mild symptoms.
- 18 Aug 2021
New Application Note Highlights Ease, Speed & Accuracy of Transmission FTIR Liquid Sample Analysis
Eliminate the need for traditional demountable liquid flow cells, simplifying the transmission FTIR analysis of liquid samples, with the unique DialPath sampling module for the Cary 630 FTIR spectrometer.
- 21 Apr 2021