ISO 230-10:2022 PDF

Test code for machine tools — Part 10: Determination of the measuring performance of probing systems of numerically controlled machine tools

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Title (English):

ISO 230-10:2022

Test code for machine tools — Part 10: Determination of the measuring performance of probing systems of numerically controlled machine tools

Document status:: Active
Format:: Electronic (PDF)
Number of pages:: 68
Publication date:: March 24, 2022
Edition:: ISO IS 230 edition 3 version 1
ICS:: 25.080.01

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Description (English):

This document specifies test procedures to evaluate the measuring performance of probing systems integrated with a numerically controlled machine tool. Test procedures for touch trigger probing systems and scanning probing systems operating in discrete-point measurement mode are specified in 7.1. Test procedures are specified for scanning probing systems in 7.2, for bore gauge systems in 7.3, for contacting tool measuring systems in 8.1, and for non-contacting tool measuring systems using the laser light barrier principle in 8.2. The evaluation of the performance of the machine tool, used as a coordinate measuring machine (CMM), is outside the scope of this document. Such performance evaluation involves traceability issues, is strongly influenced by machine tool geometric accuracy and can, in addition to the machine tool probing system tests specified in this document, be evaluated according to ISO 10360-2 and ISO 10360-5. Descriptions of test procedures in this document are referred to machining centres. However, tests apply in principle to most NC machine tools.

Technical details

Technical committee: ISO/TC 39/SC 2 - Test conditions for metal cutting machine tools
SKU: ISO 230-10:2022

Abstract

Overview

ISO 230-10:2022 - Test code for machine tools - Part 10 specifies standardized test procedures to determine the measuring performance of probing systems integrated with numerically controlled (NC/CNC) machine tools. Published as the third edition in 2022, the document covers both contacting and non-contacting probing technologies used for part probing and tool measurement on machining centres and, in principle, most NC machine tools. The standard focuses on the combined influence of environment, machine tool, probing hardware and probing software on measurement results; it does not replace full CMM traceability assessments.

Key topics and technical requirements

Scope of tests: Procedures for touch trigger probes, scanning probes (discrete-point and scanning modes), bore gauge systems, contacting tool-measuring probes and non-contacting laser light barrier tool measurement systems.
Probing performance parameters: Tests address probing repeatability, 2D and 3D probing error, stylus tip offset, feature-size measurement, workpiece position/orientation, time delay variation, and tool-setting repeatability.
Scanning-specific aspects: Filtering parameters, scanning 2D/3D performance tests and scan-mode considerations are specified to assess scanning probe behavior.
Bore gauge and laser systems: Clauses specify characteristics and performance determination for bore gauges and verification/measurement tasks for laser light barrier systems.
Thermal influences and environment: Environmental Temperature Variation Error (ETVE) and other thermal distortion tests are included to quantify temperature effects on probing accuracy.
Test conditions and reporting: Recommended instrumentation, machine conditioning prior to testing, sources of uncertainty and standardized result reporting are addressed to ensure repeatable, comparable outcomes.

Practical applications

Acceptance testing and commissioning of CNC machines with integrated probing systems.
In-process inspection and on-machine dimensional checks to reduce part handling and cycle time.
Tool setting, tool breakage detection and verification of rotary axis position/orientation.
Supplier validation, factory calibration checks and performance benchmarking of probing solutions.

Who should use this standard

Machine tool manufacturers and integrators
Quality/Metrology engineers and test laboratories
CNC programmers and production engineers implementing on-machine probing
Suppliers of probing systems (touch trigger, scanning, bore gauges, laser light barrier)

Related standards

ISO 230-1: Geometric accuracy of machines (no-load)
ISO 230-3: Determination of thermal effects
ISO 10360-2 and ISO 10360-5: Coordinate measuring machine (CMM) performance - relevant when assessing machine tools as CMMs (outside the scope of ISO 230-10)

Keywords: ISO 230-10:2022, probing systems, measuring performance, CNC machine tool testing, touch trigger probe, scanning probe, bore gauge, laser light barrier, on-machine inspection.

Related standards

Standards mentioned in the description

Abstract

Overview

Key topics and technical requirements

Scope of tests: Procedures for touch trigger probes, scanning probes (discrete-point and scanning modes), bore gauge systems, contacting tool-measuring probes and non-contacting laser light barrier tool measurement systems.
Probing performance parameters: Tests address probing repeatability, 2D and 3D probing error, stylus tip offset, feature-size measurement, workpiece position/orientation, time delay variation, and tool-setting repeatability.
Scanning-specific aspects: Filtering parameters, scanning 2D/3D performance tests and scan-mode considerations are specified to assess scanning probe behavior.
Bore gauge and laser systems: Clauses specify characteristics and performance determination for bore gauges and verification/measurement tasks for laser light barrier systems.
Thermal influences and environment: Environmental Temperature Variation Error (ETVE) and other thermal distortion tests are included to quantify temperature effects on probing accuracy.
Test conditions and reporting: Recommended instrumentation, machine conditioning prior to testing, sources of uncertainty and standardized result reporting are addressed to ensure repeatable, comparable outcomes.

Practical applications

Acceptance testing and commissioning of CNC machines with integrated probing systems.
In-process inspection and on-machine dimensional checks to reduce part handling and cycle time.
Tool setting, tool breakage detection and verification of rotary axis position/orientation.
Supplier validation, factory calibration checks and performance benchmarking of probing solutions.

Who should use this standard

Machine tool manufacturers and integrators
Quality/Metrology engineers and test laboratories
CNC programmers and production engineers implementing on-machine probing
Suppliers of probing systems (touch trigger, scanning, bore gauges, laser light barrier)

Related standards

ISO 230-1: Geometric accuracy of machines (no-load)
ISO 230-3: Determination of thermal effects
ISO 10360-2 and ISO 10360-5: Coordinate measuring machine (CMM) performance - relevant when assessing machine tools as CMMs (outside the scope of ISO 230-10)

Keywords: ISO 230-10:2022, probing systems, measuring performance, CNC machine tool testing, touch trigger probe, scanning probe, bore gauge, laser light barrier, on-machine inspection.

ISO 230-10:2022 PDF

Technical details

Abstract

Overview

Key topics and technical requirements

Practical applications

Who should use this standard

Related standards

Related standards

Abstract

Overview

Key topics and technical requirements

Practical applications

Who should use this standard

Related standards

Related standards

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