This thesis solves procedures of the management of the calibration laboratory to prove agreement of calibration results in specified types of gauges. These are gauge blocks (Johansson gauge), vernier height gauge, deformation manometer pressure and torque spanner. Furthermore designs documentation in accord with metrological confirmation. These are mainly calibration procedures of these gauges and procedures of definition measurement uncertainly and interpretation of results. Completed procedures of calibration are processed as attachment to this thesis with graphic design like as in experimental technician institute of ground forces.

No description available.

The diploma thesis deals mainly with the issue of calibration laboratories in a manufacutring company and calibration procedures for workshop gauges. The current state of the calibration laboratory in the organization is described in this thesis. Part of the creation of calibration procedures is the determination of measurement uncertainties and creation of a sample calibration sheet as a calibration output.