Why? 👨🏽🔬 Ability to quantify unknown #impurities, even when you don't have reference standards. How? 💥 Your key to success is having a near-universal #HPLC detector with a consistent response. Proof? 📝 See how you can achieve standard-free quantitation today: http://spr.ly/6045VuhY1
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Laboratory Service for Ion and Liquid Chromatography | Mass Spec | ASE | Freeze Dryers
The CAD is often overlooked for more expensive equipment that is not as efficient.
Why? 👨🏽🔬 Ability to quantify unknown #impurities, even when you don't have reference standards. How? 💥 Your key to success is having a near-universal #HPLC detector with a consistent response. Proof? 📝 See how you can achieve standard-free quantitation today: http://spr.ly/6045VuhY1
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Simple tips for laboratory #HPLC analysis usage 1.Use the correct #column for your sample type. 2.Use a #guard column to protect the analytical column. 3.Use the correct mobile #phase composition for your separation. 4. Optimize your #gradient program for best results. 5.Use a #degasser to remove air bubbles from your mobile phase. 6.Check for #leaks before starting your run. 7.Use a UV detector to monitor your eluent. 8.Keep the detector cell clean and free of contaminants. 9.Use a #reference wavelength to improve sensitivity and accuracy. 10.Avoid using buffers that can damage the column or detector. 11.Avoid exposing columns to extreme temperatures or humidity levels. 12.Flush the column with #solvent before starting a new run. 13.Monitor system pressure during runs to detect any issues early on. 14.Use a sample loop to inject precise volumes of sample onto the column. 15.Filter samples before injection to remove any particulates or impurities that could damage the column or detector
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One of the most important guide for all chromatographers. It’s not required everytime that HPLC column is the only culprit. This guide will help you find practical solutions to your routine challenges. Download and share with your colleagues and fellow chromatographers. Apreciate your thoughts on this…
Discover the key to exceptional performance, enhanced selectivity, and guaranteed reproducibility with Avantor’s #HPLC Troubleshooting Guide. Whether you are facing peak issues or retention variation problems, this comprehensive guide provides practical solutions to achieve consistent reliable results in your lab. Download now! Learn more: https://lnkd.in/dsrC_CAg
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Now here’s the good news! 🥂 Your lab can achieve real sustainable growth without adding more #HPLC instruments. And there's no crazy catch — just actionable steps you can take that’ll drive impactful productivity gains like: 🖥 Setting up automated workflows & system suitability testing 💫 Replacing your old technology with more intelligent ones 🤏 Using columns with smaller particles & dimensions 🎯 Optimizing your analytical method parameters More details? Learn 9 easy ways to modernize your methods today: http://spr.ly/6048wQVkq
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Now here’s the good news! 🥂 Your lab can achieve real sustainable growth without adding more #HPLC instruments. And there's no crazy catch — just actionable steps you can take that’ll drive impactful productivity gains like: 🖥 Setting up automated workflows & system suitability testing 💫 Replacing your old technology with more intelligent ones 🤏 Using columns with smaller particles & dimensions 🎯 Optimizing your analytical method parameters More details? Learn 9 easy ways to modernize your methods today: https://lnkd.in/gUAVTESK
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Now here’s the good news! 🥂 Your lab can achieve real sustainable growth without adding more #HPLC instruments. And there's no crazy catch — just actionable steps you can take that’ll drive impactful productivity gains like: 🖥 Setting up automated workflows & system suitability testing 💫 Replacing your old technology with more intelligent ones 🤏 Using columns with smaller particles & dimensions 🎯 Optimizing your analytical method parameters More details? Learn 9 easy ways to modernize your methods today: https://lnkd.in/gUAVTESK
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Here is a simple guide on how to retrieve the KPLC reset and update codes https://lnkd.in/dhG7pqfk
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A step-by-step guide for simple columns changes that can yield substantial time and cost savings. See here: https://bit.ly/3va4Nax #methoddevelopment #HPLC #LabEfficiency #USP621 #USP621revisions
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Prevent unreliable liquid chromatography results due to air bubbles. The Solvent Line Monitor is the perfect failsafe tool for liquid chromatography to eliminate air bubble related problems. The compact device can be set up to automatically trigger an audible alarm, a pump shutdown or a switching valve when a solvent flow line becomes empty or contains bubbles. This user-friendly device is powered by USB connection and the intuitive computer program supplied with every unit allows you to define sensitivity and mode of operation. Learn more: https://lnkd.in/eMiw7wjk #HPLC #GPC #uHPLC #bubbles #unreliableresults #systemdowntime #solventlinemonitor #alarm #pumpshutdown #TESTAAnalytical
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