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Your independent partner for calibration


We are a calibration service provider accredited by the DAkkS according to DIN EN ISO/IEC 17025 and offer calibrations in the fields of electrical, thermodynamic, high-frequency and mechanical measurands. We calibrate your measuring equipment and devices independently of the manufacturer. Thanks to our decades of experience as a test laboratory in the fields of EMC, environmental simulation and electrical safety, we know your needs exactly and take your individual requirements into account.

You benefit from:

  • accredited calibrations
  • metrologically traceable calibrations
  • low measurement uncertainties
  • high quality calibrations
  • short lead times


DAkkS Calibration

The DAkkS has the legal mandate to carry out the accreditation of conformity assessment bodies. DAkkS calibrations are the highest standard below the national standards. Measurement uncertainties are calculated exactly and assigned to each measurement result. Traceable calibration is thus guaranteed. The ISO standard 17025 is applied.

As an accredited body we carry out calibrations for the following areas:

  • electrical measurands
  • high-frequency and radiation measurands
  • thermodynamic measurands
  • mechanical measurands

You benefit from:

  • accredited calibrations
  • low measurement uncertainties
  • short lead times
  • our independence


Quality assurance through calibrated measurements

Your measuring equipment is in safe hands with us. Our qualified specialists ensure that your order is processed smoothly. The quality of your calibration is our first priority.

Because the consistently high quality of your measuring equipment is decisive for your success. To ensure that your measuring instruments work correctly, we calibrate them to the highest standards.

In our DAkkS accredited laboratory we are specialized in the calibration of

  • electrical
  • high-frequency
  • mechanical
  • thermodynamic measurement quantities

and calibrate according to your wishes and requirements using various methods:

  • DKD method
  • Calibration method according to manufacturer's specifications
  • Individually adapted customer specifications


Electrical measured variables:

Direct current and low-frequency measured variables, direct and alternating voltage, direct and alternating current strength, direct current resistance, inductance and capacity, time and frequency, frequency and speed, time interval

High-frequency and radiation measured variables

  • High-frequency measurement quantities: HF impedance (reflection factor), HF power, HF attenuation Oscilloscope measurement quantities: bandwidth
  • Antenna measurement quantities

Thermodynamic measured variables:

resistance thermometers, thermocouples, thermocouples, temperature display units and simulators, climatic chambers (temperature), also on-site, direct indicating thermometers, temperature transmitters, data loggers, climatic chambers (humidity), also on-site, measuring instruments for relative humidity

Mechanical measured variables:

Pressure and acceleration


What is calibration?

Calibration involves comparing measurements from a measuring instrument with the values of a more accurate standard. The aim is to detect and record deviations.

Why calibrate?

An essential part of quality assurance is the monitoring of test equipment, which ensures that all test equipment used measures correctly. This means that the test equipment must be calibrated at regular intervals and traced back to national standards.

Current Seminars

2020-11-11 to 2020-11-13

  • EMC-Basics, Test and Measurement-Seminar for MIL and Avionic Standards

2020-11-12 to 2020-11-13

  • Test and Measurement-Seminar for MIL and Avionic Standards

2020-11-16 to 2020-11-18

  • EMC-Basics, HIRF/HERF – Electromagnetic Effects in Aircraft

2020-11-17 to 2020-11-18

  • HIRF/HERF – Electromagnetic Effects in Aircraft

2020-11-19 to 2020-11-20

  • Lightning Electromagnetic Effects on Aircraft

More information

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