Quality standards require that measuring equipment be calibrated prior to being put into service. In addition, the maintenance of measuring equipment requires recalibrations at regular intervals. 

One would hope that once a calibration laboratory has been accredited by a recognized agency, you could take the uncertainties shown on their scope of calibration at face value. 

About twenty years ago I was asked to make a presentation on calibration to a meeting of a local chapter of the National Conference of Standards Laboratories. 

Vision Engineering, a 61 year old British leading designer and manufacturer of high-quality visual measurement and inspection technologies, has attained ISO 17025:2017 accreditation from UKAS and is now a UKAS accredited calibration laboratory No. 7706.

The fee-based program will certify an applying organization’s occupational safety and health products and services based on recognized voluntary national and international consensus standards.

The ISO certification auditing process can be daunting, especially if the auditor is going to be evaluating your company’s gage management processes based on data housed in your Excel spreadsheets or hand-written documents and note cards stuffed in three-ring binders.

The term ‘proficiency testing’ is one that every accredited calibration laboratory is quite familiar with. In basic terms it refers to a method of evaluating how well a laboratory is doing a particular calibration with respect to its claimed measurement uncertainty and how it fares with other participants.

Calibration is not just about having stickers on your equipment with dates that say everything is okay.

Element Materials Technology has added a new extension to its UKAS ISO/IEC 17025:2005 accreditation to deliver enhanced services for its clients.