Broadly applicable calibration service for critical measurement applications
Pedak is brand-independent, has more than 50 years of experience, and maintains close partnerships with leading manufacturers. As a result, many calibrations and repairs of measurement instruments can be performed in-house. Turnaround times are short, and all calibrations are delivered with a traceable calibration certificate. Where possible and required, instruments can also be adjusted immediately.
Reliable measurement data forms the foundation for quality, safety, and process control. Pedak provides calibration services for a wide range of measurement parameters and sensor types, both in our calibration laboratory and directly on site.
We calibrate, among others, the following measurement parameters:
✔ Gases (CO₂, O₂)
✔ Conductivity (μS/cm, mS/cm)
✔ Light intensity (lux)
✔ Air velocity (m/s)
✔ Dissolved oxygen (% O₂ and mg/L)
✔ Relative humidity (% RH)
✔ Temperature (°C)
✔ Differential pressure (Pa)
✔ Water activity (Aw value)
✔ Acidity (pH)
Within these parameters, our scope covers a wide range of measurement principles and sensor technologies. For example, we calibrate temperature measurements using various techniques, including infrared temperature sensors, PT100 (RTD), thermocouples, and other contact and non-contact measurement systems. This enables us to support applications ranging from cleanrooms and laboratories to industrial processes, machine building, and field research.
Our expertise is particularly valuable for applications where accuracy and reliability are critical, such as cleanroom monitoring, water activity measurements in the food industry, infrared temperature measurements in industrial processes, and long-term field measurements in research and environmental monitoring.
Many instruments can also be calibrated directly on site, minimizing downtime and allowing measurement equipment to be returned to service quickly within its operational environment.
All calibrations are performed using traceable reference standards and established procedures, ensuring reliable, reproducible, and demonstrably accurate measurement results.
