Slide 1
Slide 2

FTC 300 with integrated flow measurement

FTC 300 with integrated flow measurement

FTC 300 with integrated flow measurement

Slide 3

FTC 400 Hydrogen (H2) Analysis in Complex Gas Mixtures Like H2 IN CH4, CO2, N2

FTC 400 Hydrogen (H2) Analysis in Complex Gas Mixtures Like H2 IN CH4, CO2, N2

FTC 400 Hydrogen (H2) Analysis in Complex Gas Mixtures Like H2 IN CH4, CO2, N2

previous arrow
next arrow


Gas Analyzers

Gas Analyzer
High quality gas meters, compact and affordable with application-oriented additional options:

Combination of different measuring methods:


Are you looking for solutions for a specific application?


  • Recording of the measuring task by experienced specialists
  • Adaptation of the measuring device to the measuring task by modular principle
  • Development of a suitable sample preparation
  • Numerous application examples


Professional competence and experience are the reasons for the success of Messkonzept GmbH:


  • Consulting
  • Maintenance and adjustment
  • System integration
  • Customized solutions
  • Adaptation of existing hardware


Messkonzept was founded in 1998 and was made an incorporated company (GmbH) in 2000. We offer products and services in the field of industrial gas analytics.

Highest quality «Made in Germany»


Our philosophy is to deliver the best measuring characteristics, first-class quality, good advice and customer-friendly service for an affordable price. Additionally, our devices are designed according to the “form follows function” concept –small, compact and robust.For the first few years, our focus was on the development and marketing of gas detectors and analyzing instruments which are based on thermal conductivity measurement. We broke into this niche market in the early 2000s with the FTC110, which sold several hundred units per year.In 2004, a way was found to measure flammable gas which avoided the customer having to laboriously purge the device housing. Instead, to measure flammable gases, the Messkonzept housings were tightly filled with glass beads so that no free volume was left in devices.

In 2005 we moved into new premises, which allowed us to build a well-equipped application laboratory, among other things. Finding solutions for complex measurement tasks for our customers could now be carried out in our lab.

To improve corrosion protection, in 2005 a conform coating of critical components with a 4µ halogenated polymer layer was developed. This technique has proved itself a hundred times over.

In 2006, the application area of measuring devices was again expanded by the introduction of hydrophobic filter membranes, which protect the sensor element against the destructive effects of condensation and repel dust. The gas flow is also not obstructed and the extremely fast measurement device response time was not substantially changed.

In 2009, the complete newly developed FTC200 analyzer was presented at the ACHEMA trade fair in Frankfurt. It combines outstanding measuring characteristics with compact construction and user-friendly menu navigation.

In 2011, the device was made even more flexible in adapting to the measurement task. The multi-gas mode was introduced. Up to 16 measurement gas pairs could be precisely linearized and calibrated.In 2015 the FTC300 was introduced as the successor model to the FTC200 with improved characteristics. It has also been available since 2017 in the “flow” option with integrated flow measurement from 0 to 120l/h. It is independent of gas type. Upon request, the flow can also be monitored.From 2010 until today, one major focus of our work has been on the creation of an intelligent process to compensate for cross-sensitivities. Together with the feeding of signals for the concentrations of cross-sensitive components, the effective processes enable the exact measurement of homonuclear gases such as H2, N2 and noble gases in non-binary gas mixtures.

The FTC400 was presented at the ACHEMA trade fair 2018. The compact instrument combines infrared photometry for up to 3 measurement gases with proven thermal conductivity technology. Thereby it enables the precise measurement of homonuclear gases such as H2, N2, and noble gases such as He, Ar, in complex non-binary gas mixtures and selective measurement of the infrared active gases like CO2, CH4, SF6, SO2, H2O and hydrocarbons without additional analyzers.

Alongside this device, a new FTC130 transmitter for extractive gas analysis and the non-extractive FTC160 were introduced, which both use thermal conductivity methods. They do not have a display, deliver 4-20mA signals, and can be calibrated and configured via the free use software SepApp 2.0.

Since August 2018, Messkonzept GmbH is certified according to ISO standard 9001:2015 by TÜV Hessen (German certification body).

Excellent measuring properties

Excellent measuring properties

The devices are characterized by a high measuring accuracy, stability and low influence by external influences.

Our customers value the accuracy and reliability of our gas meters.

Easy Handling

Easy Handling

A comfortable operating menu makes it possible to configure the device without much effort and to carry out an adjustment.

For devices without display, the comfortable operating program SetApp 2.0 is available for download.

Individual Solution

Individual Solutions

Individual solutions are our strength. Every single measurement task contains process-related challenges, which we gladly accept.

Our solutions offer the possibility to optimize the measurement process and to integrate a stable and reliable solution in the long term.

Messkonzept GmbH News

We provide information on products, applications and customer-specific solutions

New Products and Background Information

Discontinuation of the FTC110

New Product

How does it Work?




Get in Touch

Thank you for your interest in Messkonzept GmbH.
Please use the contact information or submit a form to get in touch with us.

Find us at the office

Messkonzept GmbH
Analytical Technology
Niedwiesenstr. 33
D-60431 Frankfurt

Give us a call

Phone: +49 69 53 05 64 44

Contact Us

Please enable JavaScript in your browser to complete this form.

By submitting the data entered in the contact form by clicking on the button below, you declare that you have read the privacy policy and that you agree that the data provided will be collected and stored electronically. The data is used only strictly earmarked for processing and answering your request. By submitting the contact form you agree to the processing. You may revoke your consent at any time with future effect. In case of cancellation your data will be deleted immediately.