The Significance of NATA Calibration Accreditation

Whenever you choose measurements, always go for NATA calibration which is a stamp of authenticity. When the calibration occurs from NATA accredited laboratories, it is proof that they will employ authentic instruments as per manufacturer’s specifications.

The calibration and testing services are under this accreditation covers:

• Acoustics
• Biological metrology
• Chemical metrology
• Communications, EMR, and EMC
• Dimension metrology
• Electrical low-frequency metrology
• Flow
• Force
• Ionizing radiation
• Magnetism
• Mass & weighing equipment
• Optics
• Pressure
• Speed
• Temperature metrology
• Time and frequency
• Torque
• Ultrasonic
• Vibration
• Volume and density

This accreditation is a high-end process of identifying collective, demonstrative, and specific capabilities. The assessment process takes place at a scientific and technical level that offers assurance of the potential to generate reliable data from a particular measurement.

This accreditation offers:

• Ability to outsource to objective and independent authority in the monitoring of laboratory performance
• Resource to solve dispute related to laboratory services
• Mutual recognition of data generated by laboratories confirmed to NATA and equivalent bodies at a global level

When you offer your instrument for measurement and asking for calibration is not enough. You have to answer their particular questions to ensure clarity.

• Why you need their services?
• Where and what parameters you need to get a measurement and in what range?
• The standard and specification of a device or instrument
• Do you want any adjustments?
• When you need measurement?

Some point to be considered:

• The process is about finding errors in the instrument or device not adjusting it. Adjustment is an additional activity and you need to specify instead of expecting it to magically happen.
• You don’t need to worry about traceability as the laboratory conduct measurement traceability as per national/international standards. The traceability is by default the part of the process.
• If you want any change in the requirement of calibration, you need to specifically mention it in writing and acknowledged by the laboratory.

One should transport the device in proper condition, hence, be careful in transporting the device. With the damage of the instrument, the integrity of the calibration also gets damaged. Supply the correct accessories with an instrument and they should be carefully and unambiguously identified. When the instrument is returned m check for receipt and all the accessories have to be the same condition.

Check the measurement report and make sure that it’s clear and complete. Use it for the advantage of your business.

If you require quality measurement and repair services feel free to connect with the leading professional service in your city and areas nearby. You can get in touch through the contact details as provided on the official website. You can also visit in person and discuss your requirements in detail.

Why Is NATA Calibration Important In Research And Development?

The process of evaluating and adjusting the precision and accuracy of measuring equipment as per standards recognised in Australia and other countries internationally is known as NATA calibration. Experts in the prescribed format do the type of calibration.

Experts suggest that it is important for Network Analyser Calibration at regular intervals to ensure that the instruments are working properly and the employees working with the instruments are having a safe environment. This method of testing ensures if the instrument is performing the assigned task.

Instruments and equipment are calibrated to eliminate and reduce all sorts of errors associated with the working of the instrument. It also takes care to eliminate and reduce all bias concerning instruments’ readings over a range fro all continuous values.

The companies that perform the calibration maintain the specific standards specified by the NATA. While testing the given equipment, the instrument is compared with the standard device and then calibrated to make it perfect for use.

The two basic situations when instruments are calibrated include:

• Instruments that are not working properly: The purpose of calibration is to eliminate any bias in the instrument relative to the defined unit of measurement. It is a set rule that the instruments are calibrated to vales as specified in the international standards so that results given by them can be accepted anywhere in the world. The instrument that is calibrated gives the same reading as the reference standards.
• Instruments whose reading is not as per the set standards: The instrument that is being tested reads different reading, quite different from the reference standards. The purpose of calibration is to convert the instrument readings to the units of interest.

Calibration is always confused with field check. Field check is when two instruments have the same reading, it does not ensure that both of them are calibrated and there are chances that both the equipment are giving wrong results.

Calibration of equipment is very crucial in certain industries, especially in research and development. Scientists or researches who conduct experiments with equipment that are not calibrated may face issues when they are displaying the results as their results may vary with other devices and the reading may not be accepted in the international standards.

Some companies train their staff for performing calibration on various equipment. They have the required skill and equipment for the purpose. The experiences staff would be able to complete the task in a short time but at a pocket-friendly price.