Services

Testing Machine Calibration

Professional calibration of tensile and compression testing machines in accordance with ISO/IEC 17025 requirements. We ensure measurement accuracy and full traceability of results to national measurement standards.

Tensile and Compression Testing Machine Calibration Accredited to ISO/IEC 17025

Calibration of tensile and compression testing machines is a critical process for ensuring the accuracy and reliability of force measurements during the mechanical testing of materials, specimens, and structural components. The quality of products, compliance with regulatory requirements, and the safe operation of equipment and manufactured products all depend on the accuracy of these measurements.

We provide high-precision calibration of tensile and compression testing machines, ensuring reliable force measurement results in accordance with international standards. Our metrology engineers use certified reference equipment with full traceability to national measurement standards.

Measurement Ranges and Accuracy Classes

What We Calibrate

Who This Service Is For

What You Receive

Measurement Ranges and Accuracy Classes

Force range: from 1 N to 2 MN
Measurement uncertainty: 0.05% and 0.1%

We calibrate:

Universal testing machines (electromechanical and hydraulic)
Tensile testing machines
Compression testing machines
Testing presses and frames for structural material testing
Mechanical testing machines for materials
Force measurement systems integrated into testing equipment

Testing machine calibration is essential for companies and organisations that perform mechanical testing of materials, components, or structures and must ensure accurate force measurements in accordance with international standards.

Our clients:

Manufacturers of metal products and construction materials
For product quality verification, strength control, and product certification.
Mechanical engineering and aerospace companies
For testing components, assemblies, and materials subject to increased reliability requirements.
Defence industry and military-industrial enterprises
For testing components and structures where accurate load measurement is critical.
Destructive and non-destructive testing laboratories
For conducting tensile, compression, and cyclic tests in accordance with ISO and DSTU standards.
Construction and engineering companies
For testing concrete, reinforcement bars, structural specimens, and other materials.
Universities, research centres, and testing facilities
For ensuring the traceability and accuracy of laboratory research and scientific experiments.
Certification bodies, inspection authorities, and regulatory organisations
For ensuring reliable and acceptable results during inspections and audits.

Calibration certificate with traceable results in accordance with ISO/IEC 17025
Measurement uncertainty evaluation and confirmation of the accuracy class
Recommendations regarding the technical condition of the testing machine and the recommended calibration interval
Confidence in the reliable performance of your testing equipment for material quality control

Benefits of Working With Us

High Measurement Accuracy and Repeatability

We use high-precision equipment and certified methods to ensure stable, reliable, and repeatable results for every calibration.

Compliance with International Standards

All work is performed in accordance with ISO/IEC 17025, OIML, and other international standards, ensuring that the results are acceptable for audits and quality control procedures.

Fast Turnaround Times

Optimised processes and our own calibration equipment allow us to complete the work efficiently without causing delays in your production cycle.

FAQ - Tensile and Compression Testing Machine Calibration

Why is testing machine calibration necessary?

Calibration ensures the accuracy and reliability of force, displacement, and deformation measurements. Without regular calibration, test results may become inaccurate, affecting product quality, material certification, and compliance with regulatory and industry requirements.

How often should calibration be performed?

The recommended calibration interval is once a year. The required frequency may also be determined by your organisation’s quality management system policies and internal procedures.

Which parameters are verified during calibration?

During calibration, we evaluate:

Force measurement accuracy across the entire measuring range
Repeatability and reproducibility of measurement results
The influence of loading rate on measurement performance
Measurement linearity and stability
Compliance with the requirements of ISO 7500-1 and other applicable standards

Is calibration available for testing machines from different manufacturers?

Yes. We calibrate tensile and compression testing machines regardless of the manufacturer, design, or year of manufacture.

Which standards are applied during calibration?

Calibration is performed in accordance with the requirements of ISO/IEC 17025 and other international standards governing the verification of testing machines, including methods for force and displacement calibration. Certified reference standards with confirmed traceability to national measurement standards are used throughout the calibration process.

Request Testing Machine Calibration

Planning to calibrate your tensile or compression testing machine? Complete the short form, and our specialists will contact you to provide expert advice, discuss the technical details, and recommend the most suitable calibration solution for your equipment.

We will perform a professional assessment of your testing machine, carry out calibration in accordance with international standards, and issue an official calibration certificate compliant with ISO/IEC 17025, with full traceability to national measurement standards.

Fast. Convenient. Professional.

Request a Service