COMPACT,

Hybrid,

Ultra-sensitive,

Affordable.

The first ever mobile hybrid triple-quad ICP-MS.

See Features

A triple-quad ICP-MS at the price of a single-quad ICP-MS:

Compact triple-quadrupole architecture
Dual Polarity (positive and negative ion detection)
Molecular analysis capability (patent pending)
5 – 7 L/min argon consumption
500 – 900 W Power
Air-Cooled Interface, no need for chiller
Broad mass range: 1 – 600 amu
Detector: pulse counting
Sensitivity: >350 Mcps / ppm for 115In
Detection limits: sub-ppt
Resolution: 0.3 – 1 amu (FWHM), adjustable
Mass calibration stability: < 0.1 amu in 24 hours
Low oxide levels (CeO+/Ce+ < 1 – 3%)

A triple-quad ICP-MS at the price of a single-quad ICP-MS:

Compact triple-quadrupole architecture
Dual Polarity (positive and negative ion detection)
Molecular analysis capability (patent pending)
5 – 7 L/min argon consumption
500 – 900 W Power
Air-Cooled Interface, no need for chiller
Broad mass range: 1 – 600 amu
Detector: pulse counting
Sensitivity: >350 Mcps / ppm for 115In
Detection limits: sub-ppt
Resolution: 0.3 – 1 amu (FWHM), adjustable
Mass calibration stability: < 0.1 amu in 24 hours
Low oxide levels (CeO+/Ce+ < 1 – 3%)

Next-Gen ICP Torch

60% Less Argon Usage,

40% Less Power Usage,

4x Higher Power Density,

Highly Robust.

Our patented ICP torch is the smallest, yet most powerful ionization source in the field.

Unparalleled power density, robustness, and sample matrix tolerance.

Only 500 – 900 W power and 5 – 7 L/min argon consumption, saving $20,000 annually

Air-Cooled,

Small Footprint,

Simple WorkFlow.

70L × 35W × 40H cm³

3 – 5 times more compact than current ICP-MS systems,

Patented Fully air-cooled sampling interface,

Smaller footprint saves expensive lab space,

Easy workflow saves cost of operation and training.

A New Trend in Triple-Quad Analyzers.

Patented Air-Cooled Interface,

In-Source Removal of Unwanted Ions,

Capability for Complete Sample Profiling,

New Ion Transportation Devices,

Remote Control and Diagnostics.