Accredited Calibration
Impeccable Precision
Improved accuracy of measurement provides assurance that the AnnoLog-Life is precisely calibrated to a globally recognised standard.
Our advanced calibration methods provide
greater certainty of measurement
Our advanced calibration methods provide greater certainty of measurement
What is calibration to ISO/IEC 17025:2017 ?
Calibration is the testing and comparison of the device being calibrated against a more accurate and traceable reference standard and the documentation of this comparison.
At BrightSentinel, we believe that offering calibrated temperature sensors to an internationally-recognised standard is a minimum requirement. Precise and authoritative measurements are important to ensure safety and quality of products and services.
BrightSentinel's accredited calibration laboratory
BrightSentinel's in-house calibration laboratory is accredited to ISO/IEC 17025:2017 by NVLAP - a program of the US National Institute Standards and Technology (NIST).
Our methods and technology include precise testing and improvement of accuracy of each device. The precision and uncertainty measurement of each device is specified in the Calibration Certificate to provide more granular insights into your measurements and monitoring activities.
Accredited Certification and Scope
Benefits of our built-in calibration service
Benefits of our built-in calibration service
Authority
Authoritative measurement to an internationally recognised standard satisfies clinical regulatory compliance worldwide.
Compliance
Each sensor is calibrated to ISO/IEC 170925:2017 and supplied with its unique Calibration Certificate that identifies the logger, the test standards used, and the readings obtained.
Value
Calibration to only 1 or 2 points of measurement may satisfy regulatory requirements. However, it does not provide a reliable overview of the accuracy of measurement over the range for which the measuring device is customarily used. Our standard calibration provides measurements at 4 points, based on the expected operating range of the measurement device, at no extra cost.
Is close enough good enough?
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