A simple solution for all of your chromatography needs: the Altus™ UPLC® platform. Running the Waters® Empower® 3 CDS – the most comprehensive data software in the industry – the Altus UPLC® system lets you to tackle the most complex samples to meet the most stringent regulatory requirements.
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The challenges you face in the laboratory are complex – from the samples you run to the rules and regulations that govern your operations.
Now there is a simple solution for all of your chromatography needs: the Altus™ UPLC® platform. Running the Waters® Empower® 3 CDS – the most comprehensive data software in the industry – the Altus UPLC® system lets you to tackle the most complex samples to meet the most stringent regulatory requirements.
The Altus UPLC® system represents a breakthrough in LC particle technology and system design. It combines advanced fluidics with sub-2-μm particle columns for superb performance at high pressures, with minimal volumes and optimized flow paths. Combining the flexibility of quaternary solvent blending with the flow-through needle injector, this elite LC system provides high resolution, sensitivity, and improved throughput with exceptional, reliable results.
Prep time on the Altus UPLC® system is reduced significantly with AutoBlend™ technology, which automates the formulation of mobile phases from reservoirs of pure solvents or concentrated stock solutions. AutoBlend Plus™ also manages pH and ionic strength requirements for the selected mobile phase automatically, so you can take full advantage of the system’s quaternary blending capabilities. Plus, you can transfer methods to other laboratories quickly and easily, reducing the possibility of errors.
It is easy to transfer methods from your current instruments to the Altus UPLC® system. Select a column comparable to your HPLC column, enter existing HPLC conditions into the system’s UPLC® Columns Calculator, and run. Choosing the right UPLC® columns and conditions is simple as well, with method transfer guidelines available on the system console.
The Altus UPLC® system delivers vast improvements in analytical resolution, sensitivity, and throughput. One Altus does the work of multiple HPLC systems. With fewer bottlenecks, lower energy needs and reduced waste, it means you can do more with less.
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|Resource Type||File Name||File Format|
|Brochure||Altus UPLC||PDF 1 MB|
|Application Note||A New, Sensitive Method for Lignan Metabolite Detection of Flaxseed-Fed Mice Using LC/MS/MS||PDF 1 MB|
|Application Note||Acrylamide Analysis in Waste Water by UHPLC-MS||PDF 1 MB|
|Application Note||Analysis of Aflatoxins in Pet Food by UHPLC Using PDA and Fluorescence Detection||PDF 984 KB|
|Application Note||Analysis of Cannabinoids in Cannabis by UHPLC Using PDA Detection||PDF 2 MB|
|Application Note||Analysis of Chlorophenols in Water by UHPLC with PDA Detection||PDF 989 KB|
|Application Note||Analysis of Cyanotoxins in Drinking Water Using UHPLC/TOF||PDF 953 KB|
|Application Note||Analysis of Fat-Soluble Vitamins by UHPLC Using UV Detection||PDF 1 MB|
|Application Note||Analysis of Isoflavones in Soy Products by UHPLC with UV Detection||PDF 1 MB|
|Application Note||Analysis of Patulin in Apple Juice by UHPLC with UV Detection||PDF 1 MB|
|Application Note||Analysis of Phenolic Antioxidants in Edible Oil/Shortening Using the PerkinElmer Altus UPLC System with PDA Detection||PDF 639 KB|
|Application Note||Analysis of Vanillin, Ethyl Vanillin, and Coumarin in Vanilla Extract Products by UHPLC with PDA Detection||PDF 1 MB|
|Application Note||Chromium Speciation in Drinking Water by LC-ICP-MS||PDF 1 MB|
|Application Note||Comparison of LC/TOF MS Detection of Multiple Drugs and Drug Metabolites Using the Altus A-30 UPLC||PDF 913 KB|
|Application Note||Detection of Pesticides in Honey by UPLC/TOF MS Analysis||PDF 607 KB|
|Application Note||Determination, Confirmation & Quantitation of Multi-Class Antibiotic Residues in Milk by UHPLC MS/MS||PDF 1 MB|
|Application Note||Development of a High-Throughput LC/MS/MS Assay for a Pain Management Panel from Urine||PDF 939 KB|
|Application Note||PAHs in Surface Water by PDA and Fluorescence Detection||PDF 2 MB|
|Application Note||Quantitative Analysis of Immunosuppressant Drugs in Serum Using a QSight 110||PDF 756 KB|
|Application Note||Rapid LC/MS/MS Analysis of Phthalates||PDF 1 MB|
|Application Note||The Analysis of Sunscreen-Active Ingredients and Parabens in Lotions and Lip Balms by UHPLC with PDA Detection||PDF 890 KB|
|Application Note||The Qualitative and Quantitative Analysis of a-Acids in Hops and Beers by UHPLC with UV Detection||PDF 2 MB|