UniESI Source

Using a single ion source interfaced with mass spectrometers, you can achieve ultrasensitive single-cell proteomics, and reproducible high-throughput quantitation of proteins or small molecules. The UniESI Source is a game-changing product. A truly open-source end-to-end solution that puts an end to juggling 3-4 ion sources with different tubing connections on the same mass spectrometer.

Using a single ion source interfaced with mass spectrometers, you can achieve ultrasensitive single-cell proteomics, and reproducible high-throughput quantitation of proteins or small molecules. The UniESI Source is a game-changing product. A truly open-source end-to-end solution that puts an end to juggling 3-4 ion sources with different tubing connections on the same mass spectrometer.

Enhanced Workflow

Built for Superior Microflow and Nanoflow LC-MS

Sensitivity

5 - 50x

more sensitive compared to conventional methods.

 

Robustness

CV ≤ 5%

from 300 plasma injections.

 

Throughput

< 1 min.

per sample for direct infusion ESI. More than 60 samples per hour.

 

Product Configurations

Compatible with Agilent and Thermo Fisher Mass Spectrometers

IS-A01U

for Agilent MS

Compatible with: 6500 Series Q-TOF, 6400 Series QQQ, 6200 Series TOF, and all other Agilent MS

IS-T01U

for Thermo Fisher MS (New Generation)

Compatible with: Orbitrap Exploris (120, 240, 480), Orbitrap Astral, Orbitrap Tribrid Series (Fusion, Lumos, ID-X, Eclipse, Ascend), TSQ Series II (Endura, Quantiva, Altis, Quantis, Fortis)

IS-T02U

for Thermo Fisher MS (Legacy)

Compatible with: Q Exactive Series (QE Focus, QE, QE Plus, QE HF, QE HFX, QE UHMR), Exactive Series (Exactive Plus, Exactive Plus EMR), Orbitrap Elite LTQ Series (LTQ XL, LTQ Orbitrap XL, Velos Pro), LCQ Fleet TSQ Series (Quantum, Vantage)

Product Details

Features

  • The first interchangeable microflow and nanoflow ion source by a simple swap
  • Compatible with all mass spectrometers from Thermo, Bruker, and Agilent
  • Plug-and-play platform for nanoflow and microflow MEA chips
  • Plug-and-play platform for M3 emitters
  • Receive two ion sources for the price of one

 

Specifications

ParameterSpecifications
Ionization Mode

Atmospheric pressure electrospray ionization (ESI), both positive and negative mode.

ESI Probe

Newomics M3 Emitter and MEA Chip (refer to M3 Emitter and MEA Chip specification)

Open or Closed System

Semi-closed source

Flow Rate

Nano (20 – 1000 nL/min), for nanoMEA chips
Micro (1 – 50 µL/min), for M3 emitters and microMEA chips

Spray Angle

Fixed angle of 25° for M3 emitters
0° angle for nanoMEA chips

Capillary Voltage

0 – 6 kV

Spray Current

0 – 10 µA, max. 50µA

Sheath Gas Flow Setting

0 – 30 (arbitrary units)

Auxiliary Gas Flow Setting

0 – 20 (arbitrary units, optional)

Translational Stage

Linear XY-axis manual stage, ±5 mm travel distance, 30 µm travel accuracy

Camera

1.3M pixels, 20x - 90x magnification rate, color CMOS sensor, up to 30 fps frame rate

Light Source

Cool white (9000K) 5 mm round LED light, luminous intensity 46400 mcd

Connection

Face seal, finger-tight 10-32 threaded fittings including Thermo nanoViper, IDEX MarvelX and MarvelXACT, Waters ZenFit, Phenomenex SecurityLink, VICI Cheminert C360IZR1, and nanoConnect

Unit Dimension

Width: 25 cm (9.8 in.)
Height: 17.5 cm (6.9 in.)
Depth: 15 cm (5.9 in.)

Unit Weight

3 kg (6.6 lbs)

ModelSpecifications
Catalog # IS-A01U

UniESI Source for Agilent Mass Spectrometers:
6500 Series Q-TOF, 6400 Series QQQ, 6200 Series TOF, and all other Agilent MS

Catalog # IS-T01U

UniESI Source for Thermo Fisher New Generation Mass Spectrometers:
Orbitrap Exploris (120, 240, 480)
Orbitrap Tribrid Series (Fusion, Lumos, ID-X, Eclipse, Ascend)
TSQ Series II (Endura, Quantiva, Altis, Quantis, Fortis)

Catalog # IS-T02U

UniESI Source for Thermo Fisher Legacy Mass Spectrometers:
Q Exactive Series (QE Focus, QE, QE Plus, QE HF, QE HFX, QE UHMR)
Exactive Series (Exactive Plus, Exactive Plus EMR)
Orbitrap Elite LTQ Series (LTQ XL, LTQ Orbitrap XL, Velos Pro)
LCQ Fleet TSQ Series (Quantum, Vantage)

Literature