Efficiency is Seamless method transfer
from instrument to instrument

Agilent 1290 Infinity II LC with
Intelligent System Emulation Technology

Dr. Jens Trafkowski
Agilent Product Manager Analytical HPLC
11-time Ironman finisher
“Just like in your lab, seamless transfers and smooth transitions help triathletes succeed!”
MORE EFFICIENCY. MORE FREE TIME.
More Efficiency More Free Time

The new Agilent 1290 Infinity II LC

Agilent 1290 Infinity II LC

New benchmarks
in efficiency

Agilent 1290 Infinity II Workflow Solutions

Intelligent System Emulation Technology (ISET)
ISET

The Agilent 1290 Infinity II LC with Intelligent System Emulation Technology (ISET) is the only system capable of emulating other HPLC or UHPLC instruments without switching capillaries or solvent mixers.

Just a few clicks are all you need to see exactly the results you expect. This gives you seamless method transfer from instrument to instrument – and means you can retire older Agilent, Waters or other vendors’ instruments without having to retire your validated methods!

Learn more – check out our information kit or launch our Lab Investment Guide now.

Agilent Lab Investment Guide

Evaluate different investment scenarios and quantify the value of replacing your lab’s current HPLC equipment with Agilent 1200 Infinity Series LCs.

Launch guide now

Agilent Lab Investment Guide

Use this guide to help evaluate different investment scenarios and calculate the economical consequences when replacing your current HPLC equipment with Agilent 1200 Infinity Series LCs. Based on Net Present Value (NPV), see how much you can gain in lab output over the entire depreciation period. The Agilent 1200 Infinity Series LCs deliver significantly higher quality data and faster results, helping you to make timely, more informed decisions. This superior lab efficiency gives a higher return on investment, making your business more successful.

Agilent Lab Investment Guide

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Total current LCs

Scenario #
Total
Full capacity
Full capacity
1260 Infinity LC
Full capacity
Partial Capacity
1290 Infinity II LC
Full capacity
Partial Capacity
1
2
2
2
2

Explanation

Agilent Lab Investment Guide /

average monthly gross income per employee
ratio gross income : total labour cost
number of lab employees / instrument operators
Labor costs
270 000
annual total lab maintenance expenses in year 0
annual utility expenses in year 0
annual depreciation for entire lab in year 0
adjustment term for discontinuous depreciation development
depreciation period [a] - maximum value = 15
lab space expenses in year 0
communication / IT expenses in year 0
miscellaneous and indirect expenses in year 0
cost of capital / WAAC in year 0
factor for annual cost increase
cost plus factor for calculating net income

Explanation

Agilent Lab Investment Guide /

cost (capital invested) for 1 instrument: 1220 Infinity
cost (capital invested) for 1 instrument: 1260 Infinity
cost (capital invested) for 1 instrument: 1290 Infinity
capacity ratio 1220 : inventory LC (old)
capacity ratio 1260 : 1220
capacity ratio 1290 : 1220
annual maintenance expenses per instrument for legacy LC systems
annual maintenance expenses 1220 per instrument
annual maintenance expenses 1260 per instrument
annual maintenance expenses 1290 per instrument
annual maintenance expenses 1290 per instrument
total number of LC systems in the laboratory

Explanation

Agilent Lab Investment Guide /

buffer costs / L
solvent costs / L
HPLC column costs
UHPLC column costs
precolumn costs
annual operating hours per instrument - full capacity operation
annual operating hours per instrument - partial capacity operation
flow 1220 [ml/min]
flow 1260 [ml/min]
flow 1290 [ml/min]
# HPLC columns per instrument and year: HPLC standard operation
# UHPLC columns per instrument and year: UHPLC full operation
# UHPLC columns per instrument and year: UHPLC partial operation
# precolumns per instrument and year: UHPLC full operation
# precolumns per instrument and year: UHPLC partial operation
annual expenses for all supplies and consumables exclusive the consumable costs for the new LC equipment
56 700
annual expenses for all supplies and consumables exclusive the consumable costs for the new LC equipment
56 700

Explanation

Agilent Lab Investment Guide /

Showing - of

Scenario #
Scenario Name
Capital invested
 )
Total current LCs
Total LCs replaced
Full capacity
Full capacity
1260 Infinity LC
Full capacity
Partial Capacity
1290 Infinity II LC
Full capacity
Partial Capacity
Laboratory capacity factor
1
2
3
1
1
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Agilent 1290 Infinity II LC

Setting new benchmarks
Analytical Efficiency

Maximize
Analytical Efficiency

  • More chromatographic resolution
  • More peak capacity
  • Less carryover
  • More detection potential
  • Higher retention time precision
Watch webinar
Instrument Efficiency

Maximize
Instrument Efficiency

  • Faster injection cycles
  • Higher sample capacity
  • Better ease-of-use
  • More application flexibility
  • More automation capability
Watch webinar
Laboratory Efficiency

Maximize
Laboratory Efficiency

  • Smoother method transfer
  • Easier CDS integration
  • Lower cost-of-ownership
  • Higher reliability
Watch webinar

Webinars on-demand

Agilent's new series of webinars on-demand present technology advances in UHPLC that can help you maximize analytical, instrument, and laboratory efficiency for higher growth and profitability.
Analytical Efficiency

Maximize Analytical Efficiency Through System Optimization, Two-Dimensional UHPLC, and Unique Detection Capabilities

Speakers

  • Dwight R. Stoll, Ph.D.

    Dwight R. Stoll, Ph.D.

    Assoc. Prof. Analytical Chemistry
    Gustavus Adolphus College
    St. Peter, MN, USA
  • Udo Huber, Ph.D.

    Udo Huber, Ph.D.

    LC Application Manager
    Agilent Technologies, Inc.
    Waldbronn, Germany

This webinar addresses the challenges faced by laboratory scientist when trying to improve analytical efficiency in terms of separation and detection performance. The speakers discuss opportunities for improvement and offer practical guidelines for implementation.

Part 1: Learn how to optimize your UHPLC system to improve peak capacity and increase resolution, and gain an insight into the exciting possibilities of 2D-LC.

Part 2: Expand your detection capabilities through high-dynamic-range UV and ELS detectors, and learn how to detect and quantify both minor and major components in a single analysis.

Instrument Efficiency

Maximize Instrument Efficiency Through Automation of Sample Preparation, Method Development, and Data Analysis

Speakers

  • Matthias Pursch, Ph.D.

    Matthias Pursch, Ph.D.

    LC Technical Leader
    The Dow Chemical Company
    Rheinmuenster, Germany
  • Anneke Muehlebach, Ph.D.

    Anneke Muehlebach, Ph.D.

    LC Product Manager
    Agilent Technologies, Inc.
    Waldbronn, Germany

This webinar addresses the challenges faced by lab personnel when trying to shorten turnaround times and complete projects faster. The speakers discuss improvement possibilities and offer practical implementation guidelines.

Part 1: Learn how method development can be automated to ensure timely response to changing demands in manufacturing processes.

Part 2: Learn how automation of tasks such as sample preparation and data analysis can help your laboratory to significantly reduce time to results.

Laboratory Efficiency

Maximize Laboratory Efficiency Through Optimized Resource Utilization in Dynamic Business Environments

Speakers

  • Ken Lewis, Ph.D.

    Ken Lewis, Ph.D.

    Chief Executive Officer
    OpAns, LLC, USA
  • Helmut Schulenberg-Schell, Ph.D.

    Helmut Schulenberg-Schell, Ph.D.

    Director Business Development
    Agilent Technologies, Inc.
    Waldbronn, Germany

This webinar event addresses the challenges faced by laboratory scientist when trying to balance the workflow to achieve maximum efficiency. The speakers discuss improvement possibilities and offer practical implementation guidelines.

Part 1: Learn how the workflow in contract laboratories can be optimized to meet the demands of varying workloads and short turnaround times.

Part 2: Learn how to embrace change management in your laboratory to adapt to organizational centralization and standardization of global enterprises.

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Agilent Application Notes

  • Emulation of the Agilent 1100 Series Binary LC
  • Emulation of Waters Alliance 2695 LC
    Through Waters Empower Software

Agilent Brochure

  • Agilent 1290 Infinity II LC

The Analytical Scientist Feature

  • Exploring the Economics of Innovation