Why choose a Vanquish Neo UHPLC System?
Beyond discovery
All-in-one nano-, capillary-, and micro-flow LC for your high-sensitivity LC-MS workflows
Beyond innovation
Accelerating your productivity with long-term, trouble-free operation at maximum performance
Beyond possibilities
Enabling LC-MS experts and novice users to get high-quality results, every time
See the evolutionary journey of LC-MS for proteomics.
Discover why the Vanquish Neo UHPLC system is the new standard in low-flow LC.
Learn how the Vanquish Neo UHPLC system accelerates new discoveries and productivity.
Empower your research with the Vanquish Neo UHPLC system
All-in-one low-flow UHPLC system
- ProFlow XR technology delivers excellent retention time precision from nano up to 100 μL/min at pressures up to 1500 bar
- Industry-leading flow-pressure footprint enables high-resolution separations on ultra-long columns and high throughput
Maximum performance
- Next-generation SmartInject technology drives retention time precision, column lifetime, and ESI stability
- Automated multi-wash procedures improve low-level analyte sensitivity
- Vial bottom detection enables precise and accurate injections with minimal sample waste
Enhanced productivity
- Fast sample loading and column equilibration improves sample throughput and MS utilization
- Unique split-loop autosampler design minimizes sample dispersion and sample waste while enhancing workflow versatility
Versatile LC-MS workflows
- Seamless integration with the Thermo Scientific mass spectrometry portfolio through a comprehensive suite of ESI sources
- Optimized configurations including direct and trap-and-elute injections ensure superior performance and workflow versatility
Intelligent operation
- The Vanquish User Interface improves your user experience by providing walk-up and remote system monitoring, control, and automated procedures
- The method editor wizard ensures compatibility of method parameters with installed consumables
All-in-one low-flow UHPLC system
- ProFlow XR technology delivers excellent retention time precision from nano up to 100 μL/min at pressures up to 1500 bar
- Industry-leading flow-pressure footprint enables high-resolution separations on ultra-long columns and high throughput
Maximum performance
- Next-generation SmartInject technology drives retention time precision, column lifetime, and ESI stability
- Automated multi-wash procedures improve low-level analyte sensitivity
- Vial bottom detection enables precise and accurate injections with minimal sample waste
Enhanced productivity
- Fast sample loading and column equilibration improves sample throughput and MS utilization
- Unique split-loop autosampler design minimizes sample dispersion and sample waste while enhancing workflow versatility
Versatile LC-MS workflows
- Seamless integration with the Thermo Scientific mass spectrometry portfolio through a comprehensive suite of ESI sources
- Optimized configurations including direct and trap-and-elute injections ensure superior performance and workflow versatility
Intelligent operation
- The Vanquish User Interface improves your user experience by providing walk-up and remote system monitoring, control, and automated procedures
- The method editor wizard ensures compatibility of method parameters with installed consumables
Enable brilliant performance with optimized nano LC columns
Thermo Scientific PepMap Neo columns help researchers achieve excellent sample coverage in two easy-to-use formats, Thermo Scientific EASY-Spray and Thermo Scientific double nanoViper.
Brilliant connectivity
EASY-Spray columns click into position with ease, and double nanoViper column connections are compatible with any low-flow system.
Brilliant reproducibility
Precise manufacturing protocols for packing media improve column-to-column consistency for reproducible elution profiles of complex peptide digests across multiple columns.
Brilliant separation
Ultra-high-pressure packing allows you to run separations at pressures up to 1500 bar for higher column efficiency and enhanced resolution and sample coverage.
