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Calibration

WHAT IS CALIBRATION
Caliberation Field
GLUTIN FREE
Industrial Calibration
SECTORS

What Is Calibration?

In measurement technology and metrology, calibration is the comparison of measurement values delivered by a device under test with those of a calibration standard of known accuracy.

What is Instrument Calibration? Why Should You Calibrate?

The process of evaluating the measurements made by the instrument to be calibrated against an instrument known to be making measurements that surpass the suitable limits of precision and correctness is known as instrument calibration. If any variation is found, then the instrument is calibrated so that it can give exact readings and values. It is common for any instrument to lose its calibration after a long period of usage. After the process of calibration, the instrument is good to use again.

Calibration is necessary for:

  • A crucial measurement
  • If the instrument has undergone adverse conditions and cannot give the right reading.
  • When the output does not match the stand-in instrument.
  • Drastic change in weather
  • Cyclic testing of instruments

When are Instruments Calibrated?

Instruments which measure length, temperature, pressure etc should be calibrated against some standard measurement at regular intervals as preferred by the manufacturer. Methods of calibration depend on whether the instrument is calibrated regularly or only occasionally for a special task where a highly calibrated instrument is required.

It is essential to get the instruments calibrated every now and then even if they are in good condition to prevent wrong measurements of extremely crucial measurements.

Methods of Calibration:

Data Calibration – This method is akin to accredited calibration except that they are not accredited to the ISO standard and not supplemented by data with doubtful measurements.

Standard Calibration – This is the method used for instruments which are not critical to quality or do not require accreditation. To make sure the standards are operative, it is necessary to document the process.

Maintaining a Record – When an instrument is being calibrated it is mandatory to maintain a record of every minute detail of the results before and after the calibration.

Accurate List of Instruments – It is necessary to maintain an updated list of instruments if your company abides by ISO Standards. An ISO certification is rejected if the instruments are in the list, but they are not physically available.

Inspect the Documentation – Regular inspection of the calibration process is mandatory other than just documenting the process. The changes can easily be detected if the calibration process is closely audited every single time. It is necessary to document the changes as well as to get an ISO certification.

Well-framed Quality Module – It is necessary to frame a module to keep the quality in check. The quality professionals need to follow the same code according to the module to make sure there is regularity in the calibration processes. Only the companies with clear quality modules which is documented on a regular basis will be eligible for ISO certification.

Calibration Procedures:

The measurements acquired from the scale are compared with the measurements of the sub-standard instrument and the calibration curve is formed from the obtained values.

If the measurements from the instruments are parallel to the substandard then it is a good enough calibration. Otherwise the readings will have to be taken multiple times.

Static input is applied to the instruments and depending on the dynamic response the static calibration is built.

Calibrations of an instrument ensures precision, consistent measurements, adheres to the government related standards which results in better and more accurate reading.

Calibration

Calibration services helps to maintain the instrument in perfect conditional measurement accuracy directly affects process performance and lifecycle cost of your measurement equipment and needs to be calibrated regularly. With more than 16 years of experience of standard and accredited calibration. Industrial control calibration services center provide the services necessary to fulfill your quality requirements. calibration certificates are issued with calibration.

Calibration Field has the capacity not only to calibrate but also offer technical assistance to industry in these following measurement:

  • Pressure
  • Temperature
  • Weight
  • Dimension/ Thickness
  • Signal
  • Level
  • Volume
  • Sound
  • RPM Rotation per Minute
  • Light
  • Density
  • pH
  • Conductivity
  • Brix Measurement
  • Laboratories Instrument

EQUIPMENTS AND MACHINES

  1. PRESSURE:
  • Pressure Gauge
  • Pressure Transmitter
  • DP Transmitter
  • Pressure Indicator
  • Pressure Controller
  1. TEMPERATURE:
  • Temperature Gauge
  • Temperature Transmitter
  • Thermometer
  • Temperature Indicator
  • Temperature Controller
  1. SAFETY VALVE:
  2. RELIEF VALVE:
  3. CONTROL VALVE:
  4. QUALITY LAB:
  • Portable pH Meter
  • TDS Meter
  • Weight Scales
  • Dead Weight
  • RPM Meter
  • Refractometers
  • Torque Wrench
  • Torque Meter
  • Spectrophotometer
  • Dimensions
  • Vernier Caliper
  • Micrometer Screw Gauge
  • Measuring Tape
  • Light Meter
  • Hygrometer

Industrial Calibration

Measuring instruments provide data that can be used to monitor each and every stage of a production process and that can directly impact on the quality of a company’s services or products. Even the smallest deviation in measurements can lead to production issues.

Instrument calibration helps to assure and optimize the control parameters affecting the production process, thereby enhancing the quality of this process. Calibration plays a pivotal role in the implementation and maintenance of international quality systems (ISO 9000, ISO TS16949, VDA, etc.) within companies.

Industrial Sectors

1. Agriculture 

  • Fishing industry
  • Timber industry
  • Tobacco industry
  1. Manufacturing

The manufacturing industry compromises a wide variety of production of goods, ranging from low tech and low labor skills for the process. There are many areas that requires intense and stunning technology to be achieve; examples include aeronautics, electronics, pharmaceutical, robotics.

  • Automotive industry
  • Electronics industry
    • Semiconductor industry
    • Computer industry
  • Aerospace industry
  • Chemical industry
    • Pharmaceutical industry
  • Industrial robot industry
  • Defense industry
    • Arms industry
  • Telecommunications industry
  • Low to medium tech industry
  • Pulp and paper industry
  • Steel industry
  • Shipbuilding industry
  • Food industry
  • Textile industry
  • Mining
  • Water industry
  • Construction industry
  • Energy industry
  • Electrical power industry
  • Petroleum industry
  1. Service industries
  • Mass media
    • Broadcasting
    • News media
    • Publishing
    • Internet
  • Financial services industry
  • Health care industry
  • Hospitality industry
  • Information industry
  • Software industry
  • Entertainment industry
  • Education industry
  • Transport industry
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