| Ionization Method(s) | ESI, APCI, Dual Ionization | ESI, APCI, Dual Ionization | ESI, APCI, Dual Ionization, Micro-ESI | ESI, APCI, Dual Ionization, Micro-ESI |
| Description | Utilizing patented ultrafast (UF) technology, the LCMS-2020 mass spectrometer offers fast measurements and outstanding detection sensitivity for quicker and more accurate detection of trace impurities in a variety of applications.
Features - Ultrafast scanning speed of 15,000 u/sec, without
Utilizing patented ultrafast (UF) technology, the LCMS-2020 mass spectrometer offers fast measurements and outstanding detection sensitivity for quicker and more accurate detection of trace impurities in a variety of applications.
Features - Ultrafast scanning speed of 15,000 u/sec, without sacrificing sensitivity or resolution
- Unsurpassed 15 msec polarity switching speed, for the most data without peak deterioration in a single injection
- Multiple Ionization options – ESI, APCI, and DUIS
- Dual Ion Source – truly enables simultaneous ESI and APCI analysis
- Easy system maintenance – enables greater uptime and usability
- Innovative ion optics—provide greater sensitivity than any other single quadrupole analyzer
- Backwards compatible – no need to upgrade your HPLC
The ESI method typically used for LCMS can be replaced with APCI, which is suitable for neutral compounds, or with a dual ionization source (DUIS) for simultaneous operation of both ionization modes, quickly and without tools. Selection of the DUIS ionization mode (ESI or APCI) can be performed via the computer. In addition, the desolvation line, where the ions enter the MS unit, can be replaced without breaking vacuum.... Read More | The LCMS-2050 single quadrupole mass spectrometer combines the user-friendliness of an LC detector with the excellent performance of MS to provide a complete package of easy-to-use high-level performance and compactness. To make it accessible to all users, the system is enhanced with technology and The LCMS-2050 single quadrupole mass spectrometer combines the user-friendliness of an LC detector with the excellent performance of MS to provide a complete package of easy-to-use high-level performance and compactness. To make it accessible to all users, the system is enhanced with technology and functions to ensure that even technicians unfamiliar with mass spectrometers can easily and efficiently perform analysis. While delivering operational convenience on par with an LC detector, the LCMS-2050 can rapidly analyze compounds over a wide mass range with high sensitivity.
Key features/benefits: - Combined Dual Ion Source (heated electrospray and atmospheric pressure ionization) can analyze a wide range of compounds from multiple chemical classes
- Ultrafast technology, including a 15,000 u/sec scan speed and polarity switching time of 10 msec, maintains high data quality while improving overall throughout
- Can be incorporated as one component in an LC system
- Can be used like an LC that operators simply turn on and use, enabling everything from MS data acquisition to data analysis
- Vacuum system starts up in only six minutes for MS data acquisition
- System Check function – injects a standard sample automatically, checks the mass accuracy, resolution, and spectral intensity, as well as instrument status
- Easy system maintenance maximizes instrument uptime
The LabSolutions LCMS workstation for the LCMS-2050 can control the LC and MS instruments simultaneously. MS data and data obtained from other LC detectors can be analyzed on the same date review platform. It is also equipped with Analytical Intelligence functions for data analysis to make laboratory operations more efficient. The LC/MS chromatograms and UV/MS spectra can be displayed in a single window, which makes it easy to review data. Mass information can also be annotated on the UV chromatogram.... Read More | Incorporating Shimadzu’s proprietary ultrafast technologies (UF Technologies), the triple quadrupole LCMS-8050RX offers outstanding measurement speeds and quantitative performance.
Specific and highly sensitive Multiple Reaction Monitoring (MRM) multi-component analysis is improved with a heated Incorporating Shimadzu’s proprietary ultrafast technologies (UF Technologies), the triple quadrupole LCMS-8050RX offers outstanding measurement speeds and quantitative performance.
Specific and highly sensitive Multiple Reaction Monitoring (MRM) multi-component analysis is improved with a heated electrospray source and ultra-efficient collision cell.
Combine with Shimadzu’s world-leading UHPLC systems for an unmatched level of performance.
Features:
- Ultrafast polarity switching (5 msec) – maintains constant quality and sensitivity with no loss of quantitative accuracy
- Ultra-high-speed scan rate of 30,000 u/sec – obtains high-quality mass spectra, even during high-speed analysis
- Ultrafast MRM transition speeds, up to 555 MRMs per second
- Heated ESI probe – promotes the ionization of wide range of targeted compounds
- CoreSpray™ gas delivery system – enhances reliability by increasing gas flow and improving nebulizer coaxiality
- High-efficiency CID cell – maintains signal intensity and suppresses crosstalk, even for high-speed or simultaneous multicomponent analysis
- Performance Concierge – Automatically monitors system performance, provides proactive maintenance alerts, and reduces instrument downtime through predictive diagnostics
- Easy maintenance – Changing the ESI capillary and the desolvation line (DL) can be quickly replaced without breaking vacuum
Intuitive LabSolutions software allows for simplified instrument control, diverse data handling, and integration with regulatory compliance requirements.
Optional LabSolutions Insight data review software, supporting review-by-exception, dramatically improves the speed and efficiency of multi-analyte data analysis.
In addition, LabSolutions MRM Connect automates MRM optimization to create high sensitivity quantitative LC-MS/MS methods.
... Read More | The triple quad LCMS-8060RX utilizes proprietary technologies and more efficient ion transfer to achieve outstanding speed and sensitivity.
A heat-assisted electrospray ionization probe delivers a highly efficient desolvation process that promotes the ionization of a wide range of target compounds The triple quad LCMS-8060RX utilizes proprietary technologies and more efficient ion transfer to achieve outstanding speed and sensitivity.
A heat-assisted electrospray ionization probe delivers a highly efficient desolvation process that promotes the ionization of a wide range of target compounds while the systems unique IonFocus™ electrode efficiently delivers ions into the mass spectrometer, resulting in lower noise levels, superior data quality and reduced maintenance needs.
Additional features include:
- CoreSpray™ gas delivery system – enhances reliability by increasing gas flow and improving nebulizer coaxiality.
- Ultrafast high-voltage power supply – enables sensitive and stable signal detection
- UFsweeper Collision Cell – delivers fast and accurate MRM quantitation; high-speed and high-efficiency CID occurs as ions are accelerated through the cell, enabling multi-component analysis with little signal degradation or crosstalk
- Scan speed of 30,000 u/s
- 5 ms polarity switching time
- Ultra-fast MRM measurements up to 555 ch/sec
- IonFocus™ electrode – effectively removes matrix contaminants, resulting in lower noise levels, superior data quality and reduced maintenance needs
- Easy maintenance – Consumable parts like the ESI spray needle and the inlet desolvation line (DL) can be changed quickly and easily without breaking vacuum.
- Performance Concierge – Automatically monitors system performance, provides proactive maintenance alerts, and reduces instrument downtime through predictive diagnostics.
LabSolutions LCMS workstation software offers total operator support, from analysis to data processing.
The LabSolutions Connect/LabSolutions Insight platform supports the entire analysis workflow, including:
- Project file management
- Optimization of MRM and interface parameters
- Efficient verification of quantitative results
- Simple method and batch creation
- Verification of quantitative results
... Read More |