For research use only. Not for use in diagnostic procedures.
The QTRAP 5500 LC-MS/MS System is designed to excel at metabolite identification, detection and confirmation of low-level pesticides, and protein/peptide quantitation for biomarker verification and validation. Redesigned from the ground up using our fast eQ Electronics but bred from our industry-standard triple quadrupole line of mass spectrometers, the QTRAP 5500 System brings in a new era of performance.
The QTRAP 5500 System also houses the most sensitive ion trap in the world – the patented Linear Accelerator Trap – along with offering ultra-fast scan speeds and full MS3 capabilities.
This system was the foundation for the creation of the QTRAP 6500+. It delivers reliable quantitative and qualitative results for all but the most demanding analyses. This system is ideal for the assays in your lab that may not need the ultimate in performance.
The system is ideal for laboratories requiring an all-purpose system that is diverse enough to handle a wide scope of quantitative and qualitative applications.
Whether you are working on food testing or biomarker ID, you expect maximum uptime and a mass spectrometer that can handle even the most difficult matrices with ease. The QTRAP 5500 is the most sensitive and selective QTRAP you can ask for as its impressive speed-enabled solution solve problems other mass spectrometers simply cannot touch. Monitor more MRM transitions than ever before when using this technology.
This legendary source provides high-sensitivity analysis over a wide range of flow rates with quick-change APCI and TurboIonSpray® probes.
The patented design yields excellent ion containment and operates at high pressure, providing better collisional focusing to enhance ion transmission for ultimate sensitivity.
The detector technology works in combination with a pulse overlap correction algorithm, enabling more accurate and precise ion detection over a wide dynamic range.
This optional ion mobility technology improves data quality in the quantitation and characterization of challenging samples requiring advanced analytical selectivity.
|Mass Range||Dual mass range Up to 1250 Da|
|Features||Turbo V™, Pulse Counting Detector|
|Detector Type||AcQuRate™ Pulse Counting Detector|
|Scan Types||Q1 MS, Q3 MS, Product Ion, Precursor Ion, Neutral Loss or Gain, MRM, EMS, EPI, ER, MS3, MRM3, TripleTrap™ Scanning|
|Ionization Sources/Options||Turbo V; TurboIonSpray® Atmospheric-pressure chemical ionization (APCI); DuoSpray™, and NanoSpray® III, Phytronix LDTD, Advion LESA Clarity, Digital PicoView, NanoSource, SelexION®|
Better quality data for your lab is just a click away. Consult with us to see how QTRAP can help you overcome your biggest challenges.
For research use only. Not for use in diagnostic procedures.
Innovation in linear ion trap technology: Bringing LINAC Collision Cell technology to triple quadrupole/linear ion trap (LIT) instruments greatly improves the extraction efficiency, yielding up to a 100-fold gain in sensitivity in ion trap scan modes. You can also take full advantage of the 20,000 Da/sec scan speeds and unsurpassed LIT sensitivity to generate incomparable results. Improved excitation efficiencies and reduced ion cooling and fragmentation times will give you superior MS3 qualitative results and provide unprecedented selectivity for even the most challenging analytical assays.
Flexible and integrated system: The QTRAP 5500 System will fit seamlessly into your lab's workflow and boost your discovery productivity. Together with our powerful Analyst Software, this system offers a full complement of features to simplify every aspect of methods development and data acquisition and processing, including flexible control of popular LC platforms. This system can be configured to support 21 CFR Part 11 compliance. The system design enables plug-and-play sources to accommodate a wide range of applications and flow rates. Finally, you can pull it all together with advanced application software, including Cliquid Software, LightSight Software, MRMPilot Software and MultiQuant Software.
Identify more metabolites in less time: The QTRAP 5500 System reduces the challenges of metabolite identification for the drug discovery and development pipeline. The enhanced speed and sensitivity of the QTRAP 5500 System enables much more efficient workflow possibilities for metabolite identification. The predictive MRM (pMRM) approach and the use of multiple precursor ion and/or neutral loss survey scans in a single analysis, including polarity switching, helps to find and identify lower-level metabolites better than ever before. When used with LightSight Software, it is a real workhorse for this environment and complements an accurate mass approach.
Validate protein biomarkers: By using the MIDAS Workflow that takes full advantage of the QTRAP System capabilities along with MRMPilot Software, developing MRM assays takes only days, not weeks, and no peptide or protein standards are needed.
Warranty: Standard parts and labor warranty for one year starting from the completion of instrument commissioning.
|Von chemosensorischen Codes zur vereinheitlichten Quantifizierung von Geruchs- und Geschmacksstoffen||05/24/2017|
|Bestimmung von Nitrosaminen in Spielzeug und anderen Bedarfsgegenständen mit LC-MS/MS||05/24/2017|
|Bestimmung von polaren Pestiziden wie Glyphosat in Honig und Bienenprodukten mittels LC-MS/MS||05/24/2017|
|Von Einzelmethoden zur Multimethode für polare Pestizide: Ist CESI-MS die Lösung||05/24/2017|
|User Guide: 5500 Series of Instruments System Site Planning Guide (North America/EMEA only)||02/01/2017|
|QTRAP Compendium (JP)||01/10/2017|
|M3 MicroLC for TripleQuad-QTRAP Test and Data Log||12/10/2016|
|M3 MicroLC-TE for Triple Quad and QTRAP Test and Data Log||12/10/2016|
|Quantification of Prostate Specific Antigen (PSA) in Non-Depleted Human Serum Using MRM3 Analysis||12/01/2016|
|Differential Mobility Separation for Improving Lipidomic Analysis by Mass Spectrometry||12/01/2016|
|Differential Mobility Separation Mass Spectrometry for Quantitation of Large Peptides in Biological Matrices||12/01/2016|
|NanoLC Systems for TripleTOF systems Test and Data Log||09/01/2016|
|LC/MS/MS Method for the Quantification of Endogenous Steroids in Oral Fluids using the QTRAP® 5500 LC/MS/MS System with SelexION™ Ion Mobility Technology||08/25/2016|
|Increasing Selectivity and Confidence in Detection when Anallyzing Phthalates by LC-MS/MS||08/15/2016|
|Target and non-target water testing: claim and reality||07/27/2016|
|Screening for fungal and bacterial toxins using QTRAP® technology||07/12/2016|
|Automated glyphosate testing in water and food samples||07/07/2016|
|LC-MS/MS analysis of marker compounds for sensory quality and authenticity of fruit juices||05/16/2016|
|Qualitative and quantitative analysis of pesticides in food samples using the X500R QTOF System||05/11/2016|
|QTRAP 5500 and Triple Quad 5500 System Declaration of Conformance||04/20/2016|
|User Guide: 3200, 4000, 5500, and 6500 Systems Electromagnetic Environment Information||04/20/2016|
|Simultaneous Characterization of Highly Polar, Polar and Nonpolar Compounds in Wastewater using Serial Coupled RPLC and HILIC with a QTRAP® 5500 LC-MS/MS||04/11/2016|
|Separation of Diastereomeric Flubatine Metabolites using SelexION® Technology||02/23/2016|
|SCIEX Defined Major Repairs||01/10/2016|
|Automating Optimization of Compensation Voltages for Differential Mobility Separation using Skyline||12/11/2015|
|Multiple Mass Spectrometric Strategies for High-Selectivity Quantification of Proteins and Peptides||12/02/2015|
|MRM3 Quantitation for Highest Selectivity in Complex Matrices||11/01/2015|
|Using Differential Mobility Spectrometry to Separate and Localize Sites of Post-Translational Modifications on Peptides||11/01/2015|
|QTRAP 5500 System - Najbardziej czuły i selektywny QTRAP obecnie||11/01/2015|
|User Guide: PhotoSpray Ion Source Operator Guide||09/16/2015|
|User Guide: Ion Source Tests, Specifications, and Data Log||09/16/2015|
|Resolution of Ether and Diacyl-Linked Phospholipids by Differential ION Mobility Spectrometry (DMS)||09/01/2015|
|Quantitative Lipid Analysis using MRM and Differential Ion Mobility Spectrometry (DMS)||09/01/2015|
|Resolution of Sphingomyelins in Complex Lipid Extracts by Differential Ion Mobility Spectrometry (DMS)||09/01/2015|
|User Guide: DuoSpray Ion Source for Triple Quadrupole and QTRAP Systems Operator Guide (IT)||08/31/2015|
|User Guide: DuoSpray Ion Source for Triple Quadrupole and QTRAP Systems Operator Guide (DE)||08/31/2015|
|User Guide: DuoSpray Ion Source for Triple Quadrupole and QTRAP Systems Operator Guide (FR)||08/31/2015|
|User Guide: PhotoSpray Ion Source Operator Guide (IT)||08/31/2015|
|User Guide: PhotoSpray Ion Source Operator Guide (DE)||08/31/2015|
|User Guide: PhotoSpray Ion Source Operator Guide (FR)||08/31/2015|
|User Guide: NanoSpray Ion Source Operator Guide||08/31/2015|
|User Guide: Turbo V Ion Source Operator Guide (ES)||08/31/2015|
|User Guide: Turbo V Ion Source Operator Guide (IT)||08/31/2015|
|User Guide: Turbo V Ion Source Operator Guide (DE)||08/31/2015|
|User Guide: Turbo V Ion Source Operator Guide (FR)||08/31/2015|
|User Guide: DuoSpray Ion Source for Triple Quadrupole and QTRAP Systems Operator Guide||08/31/2015|
|User Guide: DuoSpray Ion Source for Triple Quadrupole and QTRAP Systems Operator Guide (ES)||08/31/2015|
|User Guide: PhotoSpray Ion Source Operator Guide (ES)||08/31/2015|
|User Guide: Turbo V Ion Source Operator Guide||08/31/2015|
|Comprehensive Quantitation and Identification of Pesticides in Food Samples using LC-MS/MS with Scheduled MRM™, Fast Polarity Switching, and MS/MS Library Searching||08/01/2015|
|CYP4500 Protein Assay - Human Induction Kit Extended Panel||07/01/2015|
|Quantitation and Identification of Legal and Illicit Drugs in Wastewater in the low Nanogram per Liter Range using Large Volume Direct Injection and TRAP Technology||04/06/2015|
|Spectral Libraries for Food Analysis - Antibiotics||03/05/2015|
|Spectral Libraries for Food Analysis - Pesticides||03/05/2015|
|Eksigent MicroLC 200/200 Plus Systems||09/05/2014|
|User Guide: Turbo V Ion Source Operator Guide (PL)||07/01/2014|
|User Guide: Turbo V Ion Source Operator Guide (PT)||07/01/2014|
|User Guide: Turbo V Ion Source Operator Guide (RU)||07/01/2014|
|User Guide: Turbo V Ion Source Operator Guide (ZH)||07/01/2014|
|User Guide: Turbo V Ion Source Operator Guide (JA)||07/01/2014|
|User Guide: NanoSpray Ion Source Operator Guide (IT)||06/01/2014|
|User Guide: NanoSpray Ion Source Operator Guide (DE)||06/01/2014|
|User Guide: NanoSpray Ion Source Operator Guide (FR)||06/01/2014|
|QTRAP Functionality: Is it Useful to Toxicology Labs||06/01/2014|
|Using Your QTRAP LC/MS/MS System at Full Potential (Libraries)||01/01/2014|
|LC-MS/MS Screening of 64 New Psychoactive Substances Using Dried Blood Spots||01/01/2014|
|Instrument Front-End Cleaning Procedure Manual||10/01/2013|
|5500 Series of Instruments System User Guide||04/01/2013|
|Quantitation of Antibiotics and Insecticides in Poultry Feed using Liquid Chromatography Tandem Mass Spectrometry||02/01/2013|
|LC-(DMS)-MS/MS Analysis of Emerging Food Contaminants||01/01/2013|
|Allergen Detection in Wine by Micro Flow Liquid Chromatography Tandem Mass Spectrometry microLC-MS/MS||01/01/2013|
|Can LC-MS/MS Be Used in Horse Meat Detection?||01/01/2013|
|Master Your Data to Get to the Answer, View Results with Ease and Confidence (targeted)||01/01/2013|
|Using Your QTRAP® LC/MS/MS System at Full Potential||01/01/2013|
|5500 Series of Instruments Site Planning Guide||08/01/2012|
|NanoLC Ultra System for TripleTOF 5600, QTRAP 5500 and 4000 QTRAP||03/05/2012|
|LC-MS/MS For Environmental Testing||03/01/2012|
|Rapid Quantitation and Identification of Carbendazim in Orange Juice Using the New SCIEX QTRAP 4500 LC/MS/ MS System||03/01/2012|
|User Guide: NanoSpray III Ion Source Consumables||01/01/2012|
|Quantification of Ethylglucuronide (ETG), a marker for chronic excessive alcohol consumption, in hair by Liquid Chromatography Tandem Mass Spectrometry (LC-MS/MS)||01/01/2012|
|Using the iDQuant Standards Kit for Pesticide Analysis to Analyze Residues in Fruits and Vegetable Samples||04/02/2011|
|New Strategy for Easy, Sensitive and Selective Detection of THC Carboxylic Acid Direct from Hair||03/01/2011|
|SCIEX SelexION™ Technology Used to Improve Mass Spectral Library Searching Scores by Removal of Isobaric Interferences||03/01/2011|
|Brochure: Drug Discovery and Development Solutions||01/01/2011|
|Improving the LC-MS/MS Selectivity of Triazole Derivative Metabolites with SCIEX SelexION™ Technology||01/01/2011|
|The Quantitation of Recombinant Bovine Somatropin byQ TRAP® LC-MS/MS Operated in MRM and MRM3 Mode||01/01/2011|
|Increasing Selectivity and Confidence in Detection when Analyzing Phthalates by LC-MS/MS||01/01/2011|
|Analysis of Polycyclic Aromatic Hydrocarbons (PAH), Alkylated Derivatives, and Photo- degradation Products in Environmental and Food Samples using LC-FLD-MS/MS with QTRAP Technology||01/01/2011|
|LC-MS/MS Solutions for Lipidomics - For Discovery and Targeted Lipidomics||01/01/2011|
|SCIEX SelexION Technology Used to Improve Mass Spectral Library Searching Scores by Removal of Isobaric Interferences||01/01/2011|
|New Strategy for Easy, Sensitive and Selective Detection of THC Carboxylic Acid Direct from Hair||01/01/2011|
|Improving the LC-MS/MS Selectivity of Triazole Derivative Metabolites with AB SCIEX SelexION™ Technology||01/01/2011|
|Role of Sciex Mass Spectrometers in Ginseng R & D||01/01/2011|
|Introducing the SCIEX QTRAP 5500 LC-MS/MS System||10/05/2010|
|Brochure: AB SCIEX QTRAP 5500 System: Above and Beyond the Extraordinary||07/01/2010|
|Multi-Pesticide Quantitation and Identification using Ultra Fast LC with Accelerated MRM Detection||04/02/2010|
|Rapid and Comprehensive Screening for Pharmaceuticals and Personal Care Products using LC/MS/MS with Fast Polarity Switching||04/02/2010|
|Quantitation and Identification of the Pesticide Malathion in Fruit Samples using MRM Quantitation||04/02/2010|
|Simultaneous Peptide Quantitation and Identification using High-Resolution MS: Profile Workflow on the SCIEX TripleTOF® 5600 System||03/05/2010|
|Target and Non-Target Screening for Pesticide Residues in Food Samples using the SCIEX TripleTOF® 5600 System||03/05/2010|
|Quantitation and Identification of Pharmaceuticals and Personal Care Products (PPCP) in Water Samples||03/02/2010|
|Quantification of Steroids and 25-OH Vitamin D3 in Dried Blood Spots and Serum using LC/MS/MS||03/01/2010|
|Higher Confidence in Identification with QTRAP LC/MS/MS Systems when Screening and Quantifying Pesticides in Fruit and Vegetable Samples||03/01/2010|
|Comprehensive Detection of Metabolites using Polarity Switching Data Collection with the New QTRAP 5500 LC/MS/MS System||03/01/2010|
|Confirmation of In Vivo Nefazodone Metabolites using the Superior Fragmentation of the QTRAP 5500 LC/MS/MS System||03/01/2010|
|NanoSpray III Source and Heated Interface||03/01/2010|
|Comprehensive Lipid Profiling of Human Liver Tissue Extracts of Non-Alcoholic Fatty Liver Disease||02/01/2010|
|QTRAP® 5500 System Hardware Guide||02/01/2010|
|Quantitation and Identification of Pharmaceuticals and Personal Care Products (PPCP) in Water Samples||01/01/2010|
|Metabolite Identification with the New QTRAP 5500 LC/MS/MS System: Sensitivity, Selectivity, Speed and Unique Workflows||01/01/2010|
|Quantification of the Contrast Dye Iohexol in Urine and Serum Matrices||01/01/2010|
|High Sensitivity and Extended Linear Range Quantification of Inhalation Drugs in Dried Blood Spots||01/01/2010|
|GSH Conjugate Screening with the New QTRAP 5500 LC/MS/MS System||01/01/2010|
|Screening Workflows for Anticholinergic Drugs on the QTRAP® 5500 LC/MS/MS System||01/01/2010|
|Fast, Selective, and Sensitive Screening for More Than 1000 Targeted Pesticides with Identification Using Automated Library Searching||01/01/2010|
|A Screening Method for Major Metabolites of JWH-018 and JWH-073 in Human Urine Using a QTRAP System||01/01/2010|
|User Guide: NanoSpray Head and Emitter Tip Assembly Quick Start Guide|
|MRM3 Quantitation for Highest Selectivity in Complex Matrices|
|MassSpectator - Food Safety Edition|
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