Advanced Sample Linking
Agilent Advanced Sample Linking is a comprehensive workflow solution that streamlines laboratory processes through innovative barcode technology.
Advanced Sample Linking in anyplace
Scan tube
Scan vial
View of tray from the bottom
First transfer
Receive your quote directly from the manufacturer.
Advanced Sample Linking is a comprehensive workflow solution that streamlines laboratory processes through innovative barcode technology. This solution combines the intelligence of Agilent Infinity hardware: the Agilent InfinityLab Assist display, the handheld scanner, and the Sample ID reader with Sample Linking software. The solution optimizes sample handling from initial registration to final reporting. It ensures efficient data transfer and precise tracking of samples through the analysis journey. By automating critical steps, this solution reduces errors, enhances data integrity, and boosts overall lab productivity.
Advanced Sample Linking integrates with any existing LIMS, requires Agilent OpenLab CDS and Sample Scheduler for OpenLab to facilitate a digital workflow at the bench. For labs without a LIMS, Sample Scheduler offers an easy way to enter information and track samples, creating a closed-loop workflow that enhances efficiency and reliability at every step.
Features:
- Seamless LIMS integration – Automatically register samples from your existing LIMS and transfer data to Sample Scheduler for OpenLab, ensuring samples are accurately logged from the start
- Automated sequence generation – Transfer sample data to Sample Scheduler for OpenLab, significantly reducing setup time and minimizing manual input errors
- Digital sample linkage – Link the sample barcode and the LC vial barcode using Sample Linking software and hardware (scanner and display), to eliminate manual transcription errors and ensuring sample traceability
- Flexible sample placement – InfinityLab Sample ID Reader identifies vials in any autosampler tray position, enhancing workflow efficiency and eliminating errors associated with inaccuracies of manual tray loading
- Integrated data acquisition and review – Acquire data and review results with OpenLab CDS enabling efficient data collection, analysis, and report generation
- Automated results transfer – Transfer analytical results back to LIMS, closing the loop and maintaining data integrity throughout the workflow
- Exclusive integration – Unlock advanced features only available when using OpenLab CDS v2.8 client-server, Sample Scheduler for OpenLab v2.8, and an existing Agilent Infinity II or new Agilent Infinity III LC instrument
Sample position identification and measurement using the Agilent 1290 Infinity III Multisampler with InfinityLab Sample ID Reader
Explore the benefits of using the Agilent 1290 Infinity III Multisampler for an analytical workflow when a sample ID-reading autosampler is used. Agilent describes the functionality of the Agilent 1290 Infinity III Multisampler equipped with an Agilent InfinityLab Sample ID Reader for the identification of sample positions which have to be measured in a given sequence. The samples can be placed randomly in the 1290 Infinity III Multisampler. The barcode confirmation and identified position will be given in the results table after data analysis for a final confirmation of sample measurement. This saves time and enables higher ease-of-use with fewer errors for confirmation of sample analysis.
Agilent Advanced Sample Linking solution
Following the release of the Agilent Infinity III LC series, the Agilent 1260 and 1290 Infinity III Multisampler can optionally be equipped with the Agilent InfinityLab Sample ID Reader. The integration of the LC system into a client-server environment allows the use of additional software, such as Agilent Sample Linking software and Agilent Sample Scheduler for OpenLab. Explore the benefits of an integrated analytical workflow that enables seamless sample tracking from any laboratory information management system (LIMS) to the vials and HPLC analysis results, reducing errors and saving time.
Eliminate errors with automation and stress-free sample tracking
In a typical laboratory, quality control mishaps are inevitable during sample preparation. For example, a sample going missing or a sample being miss-identified will result in downstream effects including the loss of significant time, money and samples. Therefore, advances in digitalization have been shown to reduce human error as manual input and transcription is eliminated from the process. Consequently, this lowers the likelihood of obstacles such as these, to improve data accuracy and process efficiency.
Join Dr. Kelsey Mato, Product Marketing at Agilent Technologies, to hear about a new technology, linking samples and software for unprecedented control, to give you confidence in your laboratory workflow.
Key learning objectives:
- Understand the long-term risks and costs of manual sample tracking
- Learn how taking steps toward digitalization can reduce errors in sample management
- Find a new solution for seamlessly linking samples and software
Who should attend?
Lab managers, and experienced and inexperienced lab technicians.
Certificate of attendance
All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes.
Agilent Advanced Sample Linking workflow solution
In this video, Agilent Technologies demonstrates how you can simplify sample management from start to finish and link samples with minimum effort using Advanced Sample Linking workflow solution.
Ensure safe sample journeys with Agilent's Advanced Sample Linking solution
Explore how you can enhance lab efficiency with the Agilent Infinity III LC Series and Advanced Sample Linking (ASL) solution. This combination streamlines HPLC sample handling and data linking directly at the lab bench, making sample management faster and more precise. Ideal for labs focused on high-throughput chromatography, the Infinity III LC Series with ASL offers seamless integration for optimized workflow, real-time data access, and improved productivity in liquid chromatography applications.
