Fazertec
Calibration and Repairs
Proper measuring brings many noticeable benefits, among which we could highlight the following: it enables you to guarantee product quality, reduce poor quality costs and increase the trust of your customers.
An essential requirement to achieve this “Proper Measurement” is a regular calibration of your testing equipment. The correct calibration of a piece of equipment determines the quality of the results obtained, establishes the uncertainty associated with them and certifies the traceability of the guidelines used; that is, their certification by national or international certification laboratories.
List of instruments for calibration
Drive machines, Box and sample compressometers, Plastometers, Thermosealing machines, Abrasion Testers, Concora type channeling machines, Cobb Devices, Scales, Weighing machines, Bond Testers, Gloss meters, Vernier Calipers, Environmental Chambers, Shears, Compressometers, Conductivity Meters, Sample Cutters, Meter Counters,
One of the main procedures used to keep instruments accurate is instrument calibration. The process of calibrating an instrument involves setting it up such that it can produce results for samples that are within a reasonable range. A key component of instrumentation design is eliminating or reducing conditions that lead to faulty measurements.
The calibration process often entails using the instrument to test samples of one or more known values called "calibrators," however the precise process may vary depending on the device. The findings are utilised to establish a connection between the instrument's measurement method and the measured values. In essence, the procedure "trains" the instrument to generate more accurate data than it otherwise would.
To establish the correlation at particular places within the instrument's operational range, calibrations are carried out using only a small number of calibrators. Although it may be preferable to employ a large number of calibrators to create the calibration relationship, or "curve," the effort and time required to prepare and test a large number of calibrators may be more than the level of performance that is attained. Practically speaking, a trade-off needs to be established between the desired degree of product performance and the work required to complete the calibration. When the intermediate points listed in the manufacturer's performance criteria are used for calibration, the instrument will operate at its best because the recommended technique essentially "zeroes out" the inherent instrument error at these locations.