Enhanced low-flow LC-MS separation performance

Low-flow chromatography is ideal when detailed sample information is required from small sample volumes, such as in proteomics, metabolomics, or lipidomics research. Compared with analytical flow (>100 µL/min), low-flow LC-MS (<100 µL/min) typically provides a large increase in sensitivity. Low-flow columns—also known as nano, capillary, or micro columns—have a smaller diameter compared to analytical columns.

Thermo Scientific nano-, capillary-, and micro-flow columns offer excellent sensitivity and resolution in three easy-to-use formats:

  • Thermo Scientific OptiSpray (U)HPLC Cartridges
  • Thermo Scientific EASY-Spray UHPLC Columns
  • Thermo Scientific nanoViper (U)HPLC Columns

Low-flow columns for reliable and robust data

Low-flow (U)HPLC column formats

OptiSpray CartridgesEASY-Spray ColumnsnanoViper Columns
OptiSpray CartridgesEASY-Spray ColumnsnanoViper Columns
  • Maximum low-flow LC-MS performance, reproducibility, and robustness
  • Simple installation, use, and usage tracking
  • Extended column lifetime with exchangeable emitters
  • For use with the Thermo Scientific OptiSpray ion source
  • Integrated column, emitter, and temperature control
  • Column format with the widest range of column dimensions
  • For use with the Thermo Scientific EASY-Spray ion source
  • Most versatile column format compatible with all low-flow LC systems and a wide range of ion sources including EASY-Spray and Nanospray Flex
  • nanoViper fingertight fittings
  • Available with a range of phases including Thermo Scientific PepMap Neo, µPAC Neo, MAbPAC RP, and Amide HILIC
OptiSpray Cartridges
Chose an OptiSpray cartridge column when:What makes OptiSpray cartridges special?
  • You need the highest low-flow LC-MS performance for deep coverage with high precision and accuracy
  • Users of all experience levels need to acquire high-quality data such as in proteomics core labs
  • Robustness and reproducibility of typical low-flow LC columns are insufficient
  • Performance through optimized fluidics, integrated temperature and sheath gas control, and automated spray positioning
  • Simplicity by eliminating challenging capillary connections
  • Reliability with on-board cartridge memory
  • Robustness through exchangeable emitters

OptiSpray µPAC Neo cartridges

Thermo Scientific OptiSpray µPAC Neo cartridges are ideally suited for applications requiring robust and reproducible performance across large sample sets.

Catalog numberProductColumn volume (µL)Column length (cm)Flow rate range (nL/min)
OS-UPAC050NANµPAC Neo HPLC column1.550100 – 750
OS-UPAC005CAPµPAC Neo high-throughput HPLC column1.55.5100 – 3000

OptiSpray PepMap Neo cartridges

Choose Thermo Scientific PepMap Neo cartridges for versatility in analyzing the widest range of sample types.

Catalog numberProductColumn ID (µm)Column length (cm)Flow rate range (nL/min)
OS75150PNPepMap Neo column7515100 – 1500
OS75500PNPepMap Neo column7550100 – 700

OptiSpray infusion and source diagnostic cartridges

OptiSpray infusion and source diagnostics cartridges simplify mass spectrometer calibration and OptiSpray ion source diagnostics and troubleshooting, respectively, without the need to switch ion sources.

Catalog numberProductFor use with
OSINFUSIONOptiSpray infusion cartridgeOptiSpray ion source
OSDIAGNOSTICOptiSpray source diagnostic cartridgeOptiSpray ion source

Emitters

OptiSpray emitters are exchangeable electrospray ionization emitters that significantly extend the lifetime of OptiSpray cartridge columns. The tapered-tip emitter comes standard with capillary-flow cartridges, while the pulled-tip emitter is provided for nano-flow cartridges.

Catalog numberProductFor use with
OSE1535TOptiSpray tapered-tip emitter, 15 µmOptiSpray cartridge columns
OSE0835POptiSpray pulled-tip emitter, 8 µmOptiSpray cartridge columns

Traps and accessories

For the best performance from your OptiSpray cartridge columns, consider investing in the following accessories.

Catalog numberProductParticle/pillar diameter (µm)Column ID (µm)Media bed length (mm)For use withOrder
174500PepMap Neo trap cartridge, 1500 bar53005OptiSpray cartridge columnsOrder now ›
164750PepMap nanotrap, 500 bar510020OptiSpray cartridge columnsOrder now ›
164535PepMap nanotrap, 500 bar37520OptiSpray cartridge columnsOrder now ›
COL-TRPNANO16G1B2µPAC trapping column, 350 bar5200010OptiSpray cartridge columnsOrder now ›
Catalog numberProductFor use withOrder
174502Trap holder + nanoViper fittings kit, 1500 barnanoViper columnsOrder now ›
Thermo Scientific OptiSpray Ion Source

Thermo Scientific OptiSpray Ion Source

Reliably achieve maximum ESI performance for proteomics, metabolomics, and lipidomics experiments across LC-MS systems, columns, and users of all experience levels.

Learn more

EASY-Spray columns
Choose an EASY-Spray column when:What makes EASY-Spray columns special?
  • You need the versatility of the widest range of nano and capillary column dimensions
  • You require high sensitivity to identify low-level biomolecules
  • You need to perform high-throughput analysis of biofluids

Unique design provides high separation performance in an easy-to-use format for nano and capillary LC-MS analysis.

Features include:

  • Click and Spray connection to Thermo Scientific LC and MS instruments
  • Precision machined and positioned glass emitters
  • Integrated nanoViper zero-dead-volume (ZDV) unions
  • Integrated temperature control

Recommended EASY-Spray UHPLC columns by application

EASY-Spray MAbPac RP and Accucore C4 columns

Thermo Scientific MAbPac RP and Accucore C4 capillary columns are best suited for the characterization of intact proteins in top-down proteomics, clinical and anti-doping applications where sample amount is limited, or sensitivity is crucial.

Catalog numberProductParticle size (µm)Column ID (µm)Column length (mm)Order
ES907MAbPac RP column4150150Order now ›
ES911Accucore 150-C4 column2.675150Order now ›

Traps and accessories

For the best performance from your EASY-Spray column, consider investing in the following accessories.

Traps

Catalog numberProductParticle size (µm)Column ID (µm)Media bed length (mm)Trap length (mm)Union typeOrder
174500PepMap Neo Trap Cartridge, 3PK53005N/AN/AOrder now ›
164199PepMap nanotrap, 500 bar, 2PK510020150Nut/sleeveOrder now ›
164750PepMap nanotrap, 500 bar, 2PK510020150Double nanoViperOrder now ›
164535PepMap nanotrap, 500 bar, 2PK37520150Double nanoViperOrder now ›
164946PepMap nanotrap, 1200 bar, 2PK3752070Double nanoViperOrder now ›
164213PepMap nanotrap, 500 bar, 2PK520020150Nut/sleeveOrder now ›

PEEK tubing and trap holder

Catalog numberProductFor use withOrder
174501PEEK with nanoViper fittings, 30 µm X100 mm, 2PK, 1500 barLow-flow PepMap columnsOrder now ›
174502Trap holder + nanoViper fittings kit, 1500 barLow-flow PepMap columnsOrder now ›
nanoViper fittings
Chose a nanoViper column when:What makes nanoViper columns special?
  • Flexibility is required for column use with a variety of LC and MS systems
  • Exchanging columns and emitters independently is important
  • Current column lifetime is insufficient for large sample sets

These stand-alone nano and capillary columns:

  • Are designed with single nanoViper and double nanoViper fingertight fittings for trouble-free connection
  • Offer maximum robustness across large sample sets with µPAC Neo HPLC columns
  • Provide efficient separation in research, drug discovery, and high-throughput proteomics laboratories

Recommended nanoViper columns by application

µPAC Neo columns for bottom-up proteomics

µPAC Neo HPLC columns are ideally suited for applications requiring robust and reproducible performance across large sample sets.

Catalog numberProductColumn volume (µL)Column length (cm)Flow rate range (nL/min)Order
COL-NANO050NEOBµPAC Neo HPLC column1.550100 – 750Order now ›
COL-NANO110NEOBµPAC Neo HPLC column4.5110100 – 750Order now ›
COL-CAPHTNEOBHigh-throughput µPAC Neo HPLC column1.55.5100 – 2500Order now ›

PepMap Neo columns for bottom-up proteomics

Single and Double nanoViper PepMap Neo columns are packed at a higher pressure and rated to 1500 bar and provide consistent column-to-column performance and excellent efficiency. In addition, they are ideal for use with the Thermo Scientific Vanquish Neo Tandem Direct Injection workflow.

Catalog numberProductColumn ID (µm)Column length (mm)Flow rate range (nL/min)Order
DNV75150PNDouble nanoViper PepMap Neo column75150100 – 1500Order now ›
DNV75500PNDouble nanoViper PepMap Neo column75500100 – 700Order now ›
DNV75750PNDouble nanoViper PepMap Neo column75750100 – 500Order now ›
DNV150150PNDouble nanoViper PepMap Neo column1501501000 – 4000Order now ›
SNV75750PNSingle nanoViper PepMap Neo column75750100 – 500Order now ›
SNV150150PNSingle nanoViper PepMap Neo column1501501000 – 4000Order now ›

Also available: Single nanoViper PepMap C18 HPLC columns

HPLC columns for top-down proteomics

The Thermo Scientific MAbPac RP column is best suited for the characterization of intact proteins in top-down proteomics, clinical, and anti-doping applications where sample amount is limited, or sensitivity is crucial.

Catalog numberProductColumn ID (µm)Column length (mm)Flow rate range (nL/min)Order
164947MAbPac RP column1501501000 – 3000Order now ›

UHPLC columns for free glycans

The Thermo Scientific Accucore Amide HILIC column is best suited for the separation of hydrophilic biomolecules and for released glycan analysis.

Catalog numberProductColumn ID (µm)Column length (mm)Flow rate range (nL/min)Order
16726-157569Amide HILIC column75150100 – 1000Order now ›

Emitters

These emitters provide a simple connection from your LC system to your EASY-Spray or Nanospray Flex ion source.

Catalog numberProductFor use withOrder
ES993Nano EASY-Spray emitter, 10 µm IDnanoViper columnsOrder now ›
ES994Capillary EASY-Spray emitter, 15 µm IDnanoViper columnsOrder now ›
EMI-EASYSPRAYBμPAC-compatible EASY-Spray emitterµPAC columnsOrder now ›
EMI-FLEXIONBμPAC Flex iON Connect ESI-MS interfaceµPAC columnsOrder now ›

Traps and accessories

For the best performance from your nanoViper columns, consider investing in the following accessories.

Catalog numberProductParticle/pillar diameter (µm)Column ID (µm)Media bed length (mm)For use withOrder
174500PepMap Neo trap cartridge, 1500 bar53005nanoViper columnsOrder now ›
164750PepMap nanotrap, 500 bar510020nanoViper columnsOrder now ›
164535PepMap nanotrap, 500 bar37520nanoViper columnsOrder now ›
COL-TRPNANO16G1B2µPAC trapping column, 350 bar5200010µPAC Neo columnsOrder now ›
Catalog numberProductFor use withOrder
174501PEEK with nanoViper fittings, 30 µm X 100 mm, 1500 barnanoViper columnsOrder now ›
174502Trap holder + nanoViper fittings kit, 1500 barnanoViper columnsOrder now ›
6040.2304Union for Viper and nanoViper tubingnanoViper columnsOrder now ›
6041.5260nanoViper tubing, 20 μm x 550 mmnanoViper columnsOrder now ›

Thermo Scientific Vanquish Neo UHPLC System

The all-in-one nano-, capillary-, and micro-flow LC system for high sensitivity LCMS workflows.

Learn more

Low-flow HPLC columns powered with technology that's beyond brilliant

Learn more about the power of Thermo Scientific low-flow HPLC columns and discover column designs that ensure near zero-dead volume connections to give you confidence in your data quality.

 

µPAC HPLC column technology is a silicon revolution in chromatography

Our patented technology overcomes the physical limitations of packed bed LC columns. It reduces peak dispersion which leads to better separation. Furthermore, this unique technology increase data reproducibility and decrease costs as these columns are highly robust and reliable.

 

Technical University of Denmark (DTU): MAbPac RP 4 μm stand-alone and EASY-Spray LC columns and nano- and capillary-flow emitters

 

 
 
 
 
 
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