This Standard specifies the length, flatness, variation in length, surface finish, hardness, temporal stability, cross-section dimensions, chamfer and side-face squareness for gage blocks.

This Standard has information on dial indicator design styles, size groupings, maximum permissible errors (indication and hysteresis), and appendices on testing, uncertainty and electronic indicators.

This Standard provides specifications, measurement methods, and means of determining measurement uncertainty for outside, inside, and depth micrometers, including those with digital readout.

This Standard address the role of measurement uncertainty when accepting or rejecting a product based on a measurement result and a product specification; terminology and rules are presented.

This Standard examines how to assess the reliability of dimensional measurement uncertainty statements and how to resolve technical disagreements involving their evaluation.

This Standard is for cylindrical ring gages used to set and calibrate measuring instruments and check external diameters, including tolerances and measuring methods.

This Standard discusses issues when taking measurements not at the standard temperature. Also discussed is the calculation of thermal time constants, or “soak-out time” and the “thermal error index”.

This Standard specifies requirements for preparation and approval of dimensional measurement plans and for the use of approved plans in making dimensional measurements.

This Standard is for cylindrical plug gages and master discs used to set and calibrate measuring instruments and check internal diameters, including tolerances and measuring methods.

This Standard establishes uniform practices for the measurement of thread measuring wires. Wires include inch series 60-deg, 29-deg Acme, 7/45 Buttress, and metric 60-deg threads.

This Standard mainly deals with precision spindle instruments for out-of-roundness measurement and polar chart presentation, but does not exclude other methods providing valid radial deviation data.

This Standard offers ways of measuring length and parallelism of gage blocks requiring recalibration or certification. Provides methods for determining flatness, surface texture, and wringing quality.

This Standard offers guidelines for evaluating the quality of solutions generated by Coordinate Measurement System (CMS) software and to define minimal documentation requirements.

This Standard details the Methods for Performance Evaluation of Articulated Arm CMMs. Standard tests with alternate methods of data analysis are discussed, including recommendations on artifacts.

This Standard defines synchronous & asynchronous error motion, sensitive direction, thermal drift, compliance, axis shift, & structural loop as applied to machine tool spindles & roundness testers.

This Technical Report provides guidelines for setting acceptance limits in conformance tests wherein uncertain numerical test results are compared with specified requirements.

This Standard describes methods to specify and test the measurement performance of Laser Trackers, including both HeNe interferometers and Absolute Distance Measuring (ADM) systems

This Tech Report offers guidelines for demonstrating traceability of dimensional measurements. Issues include measurement uncertainty, uncertainty budget and documentation traceability requirements.

CMM Technical Report on parametric (kinematic) errors including linear axial, straightness, rotational yaw, pitch, roll, squarenesses, and rigid body errors and measurement methods.

This Technical Paper details the construction of space plates and discusses methods of data analysis. A space plate is an economical and practical technique for estimating the uncertainties of CMM’s.