- 954-417-4818
- webrequest@kelilabs.com
- Kimball Electronic Laboratory, INC.
Aviation maintenance organizations depend on measuring and test equipment to inspect aircraft, troubleshoot systems, verify repairs, and determine whether components meet required specifications.
Because these measurements can influence maintenance and quality decisions, aviation organizations need established processes for controlling, calibrating, and documenting their test equipment.
Measuring and test equipment can change in performance over time due to regular use, wear, environmental conditions, transportation, or component drift.
Calibration compares an instrument’s performance against appropriate reference standards to determine whether its measurements remain within specified requirements.
For airlines, MRO facilities, repair stations, and aerospace organizations, this helps provide confidence that equipment being used for maintenance and inspection is producing reliable results.
Aviation test equipment should be assigned an appropriate calibration interval based on how the equipment is used and the requirements that apply to it.
Factors that may influence the interval include:
Calibration results should have appropriate measurement traceability.
Measurement traceability provides a documented connection between a measurement result and recognized reference standards through an unbroken chain of calibrations.
This helps aviation organizations demonstrate that measurements are supported by established references rather than relying only on the indication produced by the instrument itself.
After calibration, the equipment should be accompanied by documentation identifying the instrument and the calibration performed.
Depending on the service requirements, a calibration certificate may include information such as:
Calibration may determine that an instrument is performing outside of its required tolerance.
When this occurs, the equipment may require adjustment, repair, or additional evaluation before returning to service.
The organization may also need to evaluate whether previous measurements performed with that instrument could have been affected, depending on its quality procedures and the significance of the out-of-tolerance condition.
Aviation organizations may manage everything from basic hand tools to highly specialized avionics test equipment.
A well-managed calibration program should make it easy to identify equipment, monitor calibration due dates, maintain certificates, recognize out-of-tolerance conditions, and ensure instruments are calibrated before their established intervals expire.
For larger airlines, MROs, and repair stations, working with a calibration provider capable of handling multiple equipment disciplines can also simplify logistics and reduce the number of vendors involved.
KELI Labs supports airlines, MRO facilities, FAA repair stations, aerospace manufacturers, and other aviation organizations with calibration services for a broad range of measuring and test equipment.
Our capabilities include torque, electrical, dimensional, pressure, force, and specialized aviation test equipment, with ISO/IEC 17025 accredited calibration available for applicable capabilities within our accredited scope.
Our goal is to provide aviation customers with reliable calibration, traceable documentation, responsive turnaround, and organized support for both individual instruments and larger recurring calibration programs.
