Mechanical Calibration
Internationally Traceable Mechanical Measurement Accuracy
Ensure your mechanical measurement instruments deliver precise, stable, and traceable results that meet international quality and regulatory requirements.
Accurate Mechanical Measurements. Reliable Results
In modern manufacturing, engineering, and industrial environments, even small deviations in force, pressure, torque, or weight can lead to major quality and safety failures. Mechanical Calibration verifies and certifies your mechanical measurement instruments against traceable reference standards, ensuring accuracy, reliability, and compliance with international quality systems.
Our calibration procedures follow globally recognized best practices aligned with ISO/IEC 17025:2017, providing full traceability to National and International Metrology Standards for mechanical measurements.
Mechanical Calibration is the systematic process of comparing mechanical measurement instruments against certified reference standards to verify their accuracy, evaluate measurement uncertainty, and ensure compliance with specified tolerances. This process guarantees that mechanical measurement results are reliable, repeatable, and traceable to national or international metrology standards.
It is a fundamental requirement for organizations operating under quality management and regulatory frameworks such as ISO 9001, ISO 13485, IATF 16949, and other industry-specific compliance systems, supporting consistent product quality, operational safety, audit readiness, and global acceptance of mechanical measurement results.
Scope of Mechanical Calibration
Our Mechanical Calibration services cover a comprehensive range of mechanical measurement instruments and reference standards used across manufacturing, inspection, and laboratory environments. All calibrations are performed under controlled mechanical conditions using traceable reference standards in accordance with ISO/IEC 17025 and international metrology practices.
Force & Load Measurement Instruments
Pressure Measurement Instruments
Torque Measurement Instruments
Mass & Weight Measurement Tools
Calibration Deliverables
Upon completion of Mechanical Calibration, clients receive comprehensive documentation and certification in accordance with ISO/IEC 17025 and international metrology requirements for mechanical measurements.
- ISO/IEC 17025–Aligned Calibration Certificate – Official certification confirming compliance with international laboratory standards for mechanical calibration.
- Mechanical Measurement Results & Tolerance Verification – Detailed results indicating instrument accuracy against specified mechanical tolerances.
- Traceability References – Full traceability to national and international metrology standards for mechanical measurements.
- Measurement Uncertainty Statement – Documented uncertainty calculations as required by ISO/IEC 17025 for mechanical calibration.
- Calibration Label & Next Due Date – Instrument labeling for easy identification, compliance, and recall management.
- Digital & Hard Copy Reports – Complete mechanical calibration reports provided in electronic and printed formats.
Industries We Support
Our Mechanical Calibration services support a wide range of industries where accurate force, pressure, torque, and weight measurements are essential to operational success, safety, and regulatory compliance.
- Manufacturing & Engineering – Ensuring precise mechanical measurement in production, inspection, and automation processes.
- Automotive & Aerospace – Supporting safety-critical mechanical testing and tolerance verification requirements.
- Medical Devices – Meeting regulatory and quality compliance for mechanical performance testing of healthcare products.
- Oil & Gas – Providing reliable mechanical measurement accuracy for industrial equipment and field operations.
- Power & Energy – Supporting calibration needs in power generation, transmission, and equipment maintenance activities.
- Construction & Infrastructure – Ensuring accurate mechanical testing in structural, civil, and material applications.
- Pharmaceutical & Food Processing – Maintaining mechanical process reliability for controlled and regulated environments.
- Research & Testing Laboratories – Delivering traceable and uncertainty-evaluated mechanical measurement results.
Our Calibration Process
We follow a systematic and controlled calibration methodology in accordance with ISO/IEC 17025 and international metrology best practices to ensure precise, traceable, and reliable measurement results.
Initial Inspection
Visual and operational checks are performed to confirm instrument condition before calibration begins.
Controlled Conditions
Calibration is carried out under regulated temperature and humidity to ensure measurement stability.
Standard Comparison
Instruments are measured against certified reference standards traceable to metrology institutes.
Uncertainty Analysis
Measurement uncertainty is calculated and recorded in accordance with ISO/IEC 17025 guidelines.
Certificate Issuance
A traceable calibration certificate is provided confirming accuracy and tolerance compliance.
Labeling & Tracking
Calibration labels are applied and next-due dates are recorded for recall management.
Your Partner in Traceable Measurement Confidence
At ATTICS International, we are committed to delivering precision, integrity, and measurable confidence in every calibration service we provide. As a globally recognized provider of calibration, testing, inspection, auditing, and compliance services, our work is guided by international standards and best practices to support your quality and operational excellence.
Ensure Mechanical Accuracy Today
Don’t let mechanical measurement errors compromise your product quality, operational safety, or regulatory compliance. Keep your mechanical instruments precise, certified, and audit-ready with our expert Mechanical Calibration services — aligned with international standards and delivered with measurable confidence.Partner with ATTICS International to gain dependable accuracy in every force, pressure, torque, and weight reading, reduce equipment downtime, and maintain uninterrupted compliance with global quality standards.