After-Sales Services & Accredited Calibration

Conducted in full compliance with DKD R 6-1:2014 international guidelines to ensure precise pressure readings across various industrial applications.

Pressure gauges are vital for maintaining safe and efficient operations in industries such as manufacturing, petrochemicals, HVAC, and healthcare. Inaccurate readings can lead to equipment damage, process inefficiencies, or safety hazards.

Performed following DKD R 6-1:2014 standards to guarantee optimal accuracy for vacuum measurement systems.

Accurate vacuum measurements are critical in applications like semiconductor manufacturing, medical equipment testing, and scientific research. Incorrect readings may compromise product quality or lead to equipment malfunction.

Aligned with the stringent EURAMET cg-08/Ver 3.1 (02/2020) guidelines to ensure highly accurate temperature readings for both research and industrial environments.

Temperature control is essential in laboratories, food production, medical environments, and manufacturing. Even slight inaccuracies can affect product quality, safety, or research outcomes.

All balance calibrations are conducted according to the OIML R76:2006 guidelines, ensuring exceptional precision across a wide spectrum of weighing applications, from laboratory scales to heavy-duty industrial platforms.

Accurate weighing is essential in industries such as pharmaceuticals, food production, agriculture, and manufacturing. Miscalibrated balances can result in material loss, financial discrepancies, or compromised product quality.

Calibration is performed according to SOP-7.2.1-04 and based on DKD R 5-7-01:2025.

Accurate temperature distribution within freezers, refrigerators, incubators, baths, ovens, and autoclaves helps verify that operating conditions remain controlled throughout the working volume.

Calibration is performed according to SOP-7.2.1-05 and based on ES 1001- 01:2023 and DKD R 5-8-10:2019.

Reliable temperature and relative humidity readings are important for environmental monitoring, storage conditions, laboratories, and processes where changing ambient conditions can affect results or materials.

Calibration is performed according to SOP-7.2.1-09 and based on IEC 60746-1 :2003, IEC 60746-2 :2003, and ISO 10523 - 02:2012.

Accurate pH measurement supports reliable testing and process monitoring in laboratories, water applications, quality control, and other activities where acidity or alkalinity must be measured correctly.

Calibration is performed according to SOP-7.2.1-10 and based on ASTM D1125:2023, IEC 60746-1 :2003, and IEC 60746-3 :2002.

Accurate conductivity measurement supports reliable assessment of dissolved ionic content in water and process samples, helping laboratories and operations maintain consistent measurement results.

Calibration is performed according to SOP-7.2.1-06 and based on Reference Manufacture Manuals, ASTM F 2046 – 00 2022, and EURAMET CG-23 V1.0 - 02/2018.

Accurate rotational speed measurement is important for monitoring rotating equipment, evaluating performance, and identifying deviations that may affect machinery operation.

Calibration is performed according to SOP-7.2.1-07 and based on Reference Manufacture Manuals, ASTM F 2046 – 00 2022, and EURAMET CG-23 V1.0 - 02/2018.

Reliable tachometer calibration helps confirm rotational speed measurements used in maintenance, equipment testing, production monitoring, and mechanical performance checks.

Calibration is performed according to SOP-7.2.1-08 and based on NIST Guide (SP-960-12).

Accurate time measurement supports repeatable testing, controlled process duration, laboratory procedures, and activities that depend on consistent timing.