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Calibration verifies the readings of a measurement instrument to ensure they fall within specifications to improve the accuracy of the device and ensure consistent measurements in testing applications.

A calibration tool is a device used to verify and adjust the accuracy of measuring instruments. Calibration tools are essential in maintaining the accuracy of instruments used in many industries, including process industries.

The primary significance of calibration is that it maintains accuracy, standardization and repeatability in measurements, assuring reliable benchmarks and results. Without regular calibration, equipment can fall out of spec, provide inaccurate measurements and threaten quality, safety and equipment longevity.

Standards ensure the safety, quality and reliability of products and services; they facilitate trade and protect our health and the health of the environment. For business, standards improve systems and processes; they reduce waste, cut costs and ensure consistency.

Calibration of measuring instruments needs to be done to ensure the measurement results are accurate. The results of this measurement will indicate the quality and safety of a product. Usually, this is done in research and product development, both in the medical and other fields.

The goal of calibration is to minimise any measurement uncertainty by ensuring the accuracy of test equipment. Calibration quantifies and controls errors or uncertainties within measurement processes to an acceptable level. All of which result in damage to the reputation of a business.

Calibration software allows technicians to set up tests and then go on to perform other tasks. The automation component follows the procedure laid out for it, while the data logging and data management pieces keep the information organized, making more efficient use of a technicians time.

Calibration methods are related in particular to quantitative analysis. Such approaches as the external standard method (known also as the calibration curve method), the standard addition method or the internal standard method are well known and widely used in analytical practice.

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Although the exact procedure may vary from product to product, the calibration process generally involves using the instrument to test samples of one or more known values called calibrators. The results are used to establish a relationship between the measurement technique used by the instrument and the known values.