Examples of the many instruments that experts can calibrate include load cells, lab scales, data acquisition sensors, temperature sensors, laboratory chemical sensors, strain gauges, automotive sensors (light sensors, temperature sensors, mass airflow sensors, wheel speed sensors, fuel level sensors, airbag sensors, etc.), proximity sensors, optical gauges (fiber optic sensors, LED sensors, photon counters scintillators, photo switches, etc.), temperature gauges (thermometers, calorimeters, thermocouples, bimetal strips, pyrometers, flame detectors, etc.), navigational instruments, Geiger counters, and more.

The history of calibration services begins with the standardization of weights and measurements of length and distance. Before standardization, measurements varied widely from place to place, and often changed from person to person. For example, one of the first measures of distance in the world was the cubit. People measured cubits as the distance from a person’s shoulder to the tip of their nose. Since no two people are the exact same size, using this system, no two measurements could be exact.

On-Site Calibration: GCC Lab provides calibration services on customers&#; site (Field Calibration) where is often performed on equipment that is too large or sensitive to be shipped to us, or that can&#;t be taken out of the production line for few days at a time. With GCC Lab, you&#;ll enjoy the flexibility of our Site Calibration Services because we offer to meet your scheduling needs and minimize production shutdowns.

Calibration services, sometimes called instrument calibration services, are an essential part of the upkeep of any measurement device or instrument. Calibration services’ purposes are to take a measurement of the precise output of a device, usually in terms of its power, and compare this reading with the manufacturer’s standards to find out if the device is running both safely and efficiently. 

Electronic technology has served to dramatically improve the ability of calibration services. Most sensors and transducers can now provide more accurate measurements than ever before. These tools are also more versatile than they were in the past, and some are even capable of measuring different types of instruments in multiple locations for comparison. This high degree of precision was never possible when workers used manual calibration methods. Advances in electronic technology have made it possible to gauge exact numbers on high tech equipment to maintain high quality performance.