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Mass spectrometers for vacuum, gas, plasma and surface science

More than 35 years of design, development and manufacture of quadrupole mass spectrometers.

Real time gas analysis

Gas analysis by mass spectrometry, is fast, sensitive and quantitative. This animation takes you through the steps of set-up, calibration and data output.


About Us

We design, develop and manufacture quadrupole mass spectrometers for advanced research applications and specialist process monitoring.

Your Application

Our systems are used in a wide range of applications. Find the right system for your application.

What we Do

We design, develop and manufacture mass spectrometers for a wide range of applications:

Gas Analysis

Real time gas analysers that address the broadest application range.


Catalysis and Thermal Analysis

Automated micro reactors and mass spectrometers for catalyst researchers.

Thin Films, Plasma and Surface Engineering

RGA, plasma ion analysis, surface analysis and SIMS end point detection.

Residual Gas Analysis

Analysis of gas and vapor species in vacuum chambers and processes.

Surface Analysis

Surface analysis, UHV surface analysis, SIMS & SNMS.

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Biocatalysis in Industry: Challenges, Opportunities & More

Biocatalysis in Industry: Challenges, Opportunities & More

Biocatalysis involves using natural substances, such as enzymes, from biological sources or entire cells which make chemical reactions more rapid. Enzymes are a critical element in the catalysis of a large number of reactions. This includes the production of alcohol...

Scinco attend 34th Catalyst Research Debate

Scinco attend 34th Catalyst Research Debate

This technical meeting was held from 23 to 25 June 2021, at the Eden Paradise Hotel in Korea. The subject was the Hydrogen transfer cycle. An active group of professors and researchers from a wide selection of universities from all over Korea attended the event. The...

The Fundamentals of Electrocatalysis

The Fundamentals of Electrocatalysis

Electrocatalysis is the study of the catalyst material used at the electrode surface, or as the electrode, in an electrochemical reaction. The rate and mechanism of the electrode reactions at the electrode-electrolyte boundary also form part of the study. Aims of...

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