How do you translate an ISO 10360-2 coordinate measuring machine certificate without turning an acceptance test into a guarantee that every measured part is accurate? CMM quotations and performance reports use compact expressions such as E0,MPE, E150,MPE, R0,MPL, calibrated test length, micrometres and measuring volume. Those symbols are not marketing decorations. They identify specific tests, limits and machine configurations. A wrong translation can make a machine seem more accurate than the evidence supports.
This article explains how to translate ISO 10360-2:2009 CMM accuracy specifications, E0 and E150 length-measurement errors, repeatability range R0, maximum permissible error or limit, and acceptance versus periodic reverification reports. It addresses a focused search intent: interpreting multilingual CMM metrology certificates and manufacturer technical specifications accurately. Readers buying precision-measuring equipment, checking supplier capability or transferring ISO 10360 performance tables between languages need the same quantitative claims and restrictions as the original manufacturer or laboratory stated.
The central distinction is between machine-performance verification and measurement uncertainty for a specific manufactured part. ISO 10360-2:2009 addresses specified acceptance and reverification tests on Cartesian CMMs using contacting systems in discrete-point probing mode; it does not automatically cover every optical or non-Cartesian device. A translator should preserve each test symbol, stylus arrangement, calibrated length, test orientation, formula and conformance decision. Technical review remains necessary whenever a document tries to turn a machine specification into a product-inspection verdict.
The quick answer: preserve the measurable claim
The task is to carry the evidence in ISO 10360-2:2009 across languages for metrology engineers, CMM buyers, precision-machining quality teams and translators of coordinate-measurement reports. A useful translation answers six questions together: what exactly was measured or specified; which object or specimen was involved; which conditions controlled it; which unit or notation gives the number its meaning; which limitations apply; and who, if anyone, made a conformity decision. Translate the surrounding grammar naturally, but do not translate a standard symbol into an invented everyday equivalent.
The ISO catalogue identifies ISO 10360-2:2009 as the published part covering acceptance and reverification of Cartesian CMMs used for linear dimensions with contacting probing systems in discrete-point mode. Length errors E0 and E150, and repeatability range R0, have distinct roles. Additional probing-performance specifications often arise under ISO 10360-5, and product measurement uncertainty requires separate analysis. The description below teaches translation and document interpretation; it is not a substitute for the purchased normative text or a laboratory’s approved procedure.
This is a reading and translation guide, not a reproduction of proprietary standards text, a laboratory qualification, or a substitute for competent engineering approval. All sample clauses below are illustrative teaching examples, not quotations from an official test report. Source edition, customer specifications, regional regulations and technical reviews control any real transaction.
Read the evidence in the right order
Begin with the cover page and ask whether the document is a specification, a test result, a supplier declaration, a quotation or a decision. Next read the full standard designation ISO 10360-2:2009, equipment or specimen identity, numerical columns, notes and signature block. Only then start translating paragraphs. This sequence prevents the familiar error of choosing a natural-sounding phrase before understanding what role the phrase serves in the overall evidence.
Make two translation passes. In the first pass, lock identifiers, symbols, formulas, units, table headers, cross-references and test states. In the second pass, shape explanations for the target reader: explain what the field means, where a comparison is justified, and where the evidence ends. Technical writing becomes more conversational when it gives a reader a reliable route through the file, not when it removes details.
Detailed translation decisions and worked examples
1. CMM meaning
What the source means: A coordinate measuring machine measures coordinates and derived geometric features. It is not simply an ordinary ruler or a computer model of the part. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Cartesian bridge coordinate measuring machine.” In practice, the wrong reading is Translating CMM as CNC machining centre rather than measuring instrument. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Read equipment type, probe and measurement software. Start with the measurement object rather than the nearest dictionary synonym. Identify whether the expression labels a property, a condition, a method, a result or a decision. These roles are not interchangeable: a fluent translation can still be technically false when the label moves from one role to another. Preserve the original symbol when the field is standardised and explain it in ordinary language beside the symbol, not instead of it. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
2. ISO 10360 part number
What the source means: The suffix Part 2 identifies linear-dimension acceptance and reverification procedures. Other parts of the family address different configurations and performance elements. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “ISO 10360-2:2009 acceptance test.” In practice, the wrong reading is Dropping the part number and claiming all CMMs are covered. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Record full edition, part and application scope. Think about the reader opening a translated supplier file months after the original conversation. They may know neither the laboratory nor the engineer who signed the form. They need the source designation, its conditions and its evidence type to remain visible. A specialist translation therefore keeps the field stable and makes the surrounding explanation readable without adding a conclusion that the source did not authorise. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
3. Acceptance test
What the source means: Initial acceptance checks specified machine performance against its declared limits. It is not automatically proof that every production part meets its tolerance. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “CMM acceptance test completed on installation.” In practice, the wrong reading is Writing machine accepted as all workpieces approved. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Preserve manufacturer specification and observed test outcome. The most useful question is what a reader would do differently if this field were mistranslated. The answer may involve ordering a wrong component, misinterpreting a specimen, trusting a misleading graph or accepting an unsupported claim. That practical consequence is a better guide to terminology than a word-for-word substitution. If the source is ambiguous, document the ambiguity and send one focused question to its owner. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
4. Reverification test
What the source means: Periodic reverification checks ongoing machine performance at a later date. It differs from initial purchase acceptance and from routine daily checks. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Annual ISO 10360-2 reverification certificate.” In practice, the wrong reading is Translating reverification as recalibration without source support. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Keep test date, identity and reverification purpose. Do not let an automated translation tool silently choose the engineering concept. It may handle ordinary grammar competently yet collapse two specialised quantities into one familiar word. Use the document title, field label, unit, method, adjacent values and test narrative as a set of constraints. A target term is defensible only when it fits all those constraints without altering the source’s level of certainty. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
5. E0 length error
What the source means: E0 concerns indicated length error using the minimum practicable stylus offset configuration. It is not zero measured error or a nominally perfect measuring machine. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “E0,MPE according to the manufacturer’s specification.” In practice, the wrong reading is Reading subscript zero as a guarantee of 0 μm error. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Retain E0 and explain the stylus-offset condition. Keep the inspection pathway intact. A report is not one isolated sentence: it has equipment identity, sample geometry, conditions, calculations, results, exceptions and sign-off. If a translation preserves a number but loses the condition attached to it, a later reader may compare incompatible records. Make the target text usable together with its charts, drawings, annexes and original identifiers. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
6. E150 length error
What the source means: E150 concerns length error with a nominal 150 mm ram-axis stylus-tip offset condition. It tests a different geometric configuration from E0. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “E150,MPE at 150 mm stylus offset.” In practice, the wrong reading is Assuming 150 means a test length of 150 mm. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Keep the stylus offset and distinguish it from calibrated length. Translate the expression at two levels: first preserve the formal designation for traceability, then explain its meaning to a reader unfamiliar with the shorthand. The first level protects matching and audit; the second protects comprehension. Neither level should fabricate a specification, permissible limit or compliance status. When the document omits necessary evidence, mark the gap instead of filling it by intuition. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
7. R0 repeatability
What the source means: R0 is a range-based repeatability performance measure for length measurements. It is not the same as the machine’s length indication error at a single reading. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “R0,MPL repeatability range in μm.” In practice, the wrong reading is Replacing R0 with E0 because both are in micrometres. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Check repeat measurement series and maximum permissible limit. An editor should perform a reverse reading: hand the translated sentence to someone who has not seen the source and ask what the statement proves. If that person infers an approval, limit, geometry or test condition absent from the original, revise the sentence. This technique catches misleading paraphrases that look grammatically excellent and passes the final wording back to technical review when necessary. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
8. MPE meaning
What the source means: Maximum permissible error is a specified performance boundary. It is not a measured error by itself or the uncertainty of every inspection. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Specified E0,MPE 1.9 + L/350 μm.” In practice, the wrong reading is Translating MPE as average observed error. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Separate declared MPE formula from actual test observations. Start with the measurement object rather than the nearest dictionary synonym. Identify whether the expression labels a property, a condition, a method, a result or a decision. These roles are not interchangeable: a fluent translation can still be technically false when the label moves from one role to another. Preserve the original symbol when the field is standardised and explain it in ordinary language beside the symbol, not instead of it. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
9. MPL meaning
What the source means: Maximum permissible limit can apply to a quantity such as repeatability range. The distinction from an error limit should not be silently erased. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “R0,MPL not exceeding declared limit.” In practice, the wrong reading is Replacing R0,MPL with an error-of-indication symbol. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Preserve original symbol and performance quantity. Think about the reader opening a translated supplier file months after the original conversation. They may know neither the laboratory nor the engineer who signed the form. They need the source designation, its conditions and its evidence type to remain visible. A specialist translation therefore keeps the field stable and makes the surrounding explanation readable without adding a conclusion that the source did not authorise. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
10. A plus L over K
What the source means: Manufacturer specifications often express an allowed error that varies with measured length. A fixed term plus a length-dependent term is not a single constant accuracy. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “E0,MPE = 1.9 + L/350 μm where L is in mm.” In practice, the wrong reading is Dropping L/K and presenting only the constant A. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Check L unit, K factor and any upper bound. The most useful question is what a reader would do differently if this field were mistranslated. The answer may involve ordering a wrong component, misinterpreting a specimen, trusting a misleading graph or accepting an unsupported claim. That practical consequence is a better guide to terminology than a word-for-word substitution. If the source is ambiguous, document the ambiguity and send one focused question to its owner. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
11. Upper bound B
What the source means: Some CMM specifications cap or otherwise constrain the length-dependent expression. The logic of minimum or maximum must stay with the manufacturer’s original formula. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Expression A + L/K not exceeding stated B.” In practice, the wrong reading is Deleting a cap because it looks like a footnote. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Read parentheses and inequality exactly. Do not let an automated translation tool silently choose the engineering concept. It may handle ordinary grammar competently yet collapse two specialised quantities into one familiar word. Use the document title, field label, unit, method, adjacent values and test narrative as a set of constraints. A target term is defensible only when it fits all those constraints without altering the source’s level of certainty. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
12. Micrometres
What the source means: Micrometres are one-thousandth of a millimetre. An error of several μm is not a several-millimetre error. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “2.5 μm equals 0.0025 mm.” In practice, the wrong reading is Converting 2.5 μm into 2.5 mm by deleting micro prefix. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Keep μm symbol and verify every decimal conversion. Keep the inspection pathway intact. A report is not one isolated sentence: it has equipment identity, sample geometry, conditions, calculations, results, exceptions and sign-off. If a translation preserves a number but loses the condition attached to it, a later reader may compare incompatible records. Make the target text usable together with its charts, drawings, annexes and original identifiers. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
13. Calibrated artefact
What the source means: A reference length needs calibrated traceable value and associated uncertainty. An artefact’s certificate is evidence, not just a convenient nominal dimension. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Step gauge certificate number SG-204.” In practice, the wrong reading is Replacing calibrated length with approximated reference size. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Retain calibration source and unique artefact identifier. Translate the expression at two levels: first preserve the formal designation for traceability, then explain its meaning to a reader unfamiliar with the shorthand. The first level protects matching and audit; the second protects comprehension. Neither level should fabricate a specification, permissible limit or compliance status. When the document omits necessary evidence, mark the gap instead of filling it by intuition. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
14. Measuring volume
What the source means: The machine’s volumetric test covers specified positions and orientations. One convenient line near the table centre does not represent the whole working envelope. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Seven positions and orientations within volume.” In practice, the wrong reading is Summarising a multi-position test as one centre measurement. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Read positioning map and machine travel ranges. An editor should perform a reverse reading: hand the translated sentence to someone who has not seen the source and ask what the statement proves. If that person infers an approval, limit, geometry or test condition absent from the original, revise the sentence. This technique catches misleading paraphrases that look grammatically excellent and passes the final wording back to technical review when necessary. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
15. Five lengths
What the source means: The method uses different calibrated lengths across its test volume. The distinction among lengths is central to performance evaluation across distance. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Five calibrated lengths measured in each test location.” In practice, the wrong reading is Collapsing individual length results into one mean without traceability. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Keep each reference length and associated observed error. Start with the measurement object rather than the nearest dictionary synonym. Identify whether the expression labels a property, a condition, a method, a result or a decision. These roles are not interchangeable: a fluent translation can still be technically false when the label moves from one role to another. Preserve the original symbol when the field is standardised and explain it in ordinary language beside the symbol, not instead of it. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
16. Repeat measurements
What the source means: Repeated measurements reveal scatter beyond a single numerical observation. One isolated run cannot replace the required repeated structure. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Three readings of each reference length.” In practice, the wrong reading is Omitting second and third readings to shorten a report. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Preserve every replicate and its position label. Think about the reader opening a translated supplier file months after the original conversation. They may know neither the laboratory nor the engineer who signed the form. They need the source designation, its conditions and its evidence type to remain visible. A specialist translation therefore keeps the field stable and makes the surrounding explanation readable without adding a conclusion that the source did not authorise. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
17. 105 measurements
What the source means: Five lengths times seven positions times three trials yields a structured data set. That count refers to observations in the described test arrangement, not 105 different parts. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “5 lengths × 7 positions × 3 readings = 105.” In practice, the wrong reading is Writing 105 calibrated standards or 105 separate machines. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Explain grouping clearly in the translated methods. The most useful question is what a reader would do differently if this field were mistranslated. The answer may involve ordering a wrong component, misinterpreting a specimen, trusting a misleading graph or accepting an unsupported claim. That practical consequence is a better guide to terminology than a word-for-word substitution. If the source is ambiguous, document the ambiguity and send one focused question to its owner. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
18. Axis orientation
What the source means: Axes and diagonals sample different geometric error conditions. Machine X, Y and Z directions cannot be swapped without altering the test map. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Space diagonal position D4.” In practice, the wrong reading is Reassigning diagonal direction identifiers in a diagram. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Match direction arrows to source figure and coordinate convention. Do not let an automated translation tool silently choose the engineering concept. It may handle ordinary grammar competently yet collapse two specialised quantities into one familiar word. Use the document title, field label, unit, method, adjacent values and test narrative as a set of constraints. A target term is defensible only when it fits all those constraints without altering the source’s level of certainty. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
19. Probe configuration
What the source means: Stylus length, orientation and probe type belong to performance conditions. Results under one probe setup do not prove identical behaviour for every probe. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Contact probe with specified stylus configuration.” In practice, the wrong reading is Omitting probe geometry in a sales translation. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Preserve stylus offset, probe model and mounting details. Keep the inspection pathway intact. A report is not one isolated sentence: it has equipment identity, sample geometry, conditions, calculations, results, exceptions and sign-off. If a translation preserves a number but loses the condition attached to it, a later reader may compare incompatible records. Make the target text usable together with its charts, drawings, annexes and original identifiers. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
20. Thermal state
What the source means: Temperature and thermal compensation can affect dimensional results. Ambient limits and software compensation conditions are not a general promise for uncontrolled environments. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Test performed at stated shop temperature.” In practice, the wrong reading is Translating compensated as independent of all room temperatures. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Read conditions, sensors and compensation method. Translate the expression at two levels: first preserve the formal designation for traceability, then explain its meaning to a reader unfamiliar with the shorthand. The first level protects matching and audit; the second protects comprehension. Neither level should fabricate a specification, permissible limit or compliance status. When the document omits necessary evidence, mark the gap instead of filling it by intuition. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
21. Workpiece mass
What the source means: The supported load may be part of a manufacturer’s declared measuring performance. A lightweight acceptance artefact does not settle every heavy-part situation. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “CMM capacity 800 kg; test loading noted separately.” In practice, the wrong reading is Assuming full table-load capacity from an unloaded performance test. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Retain machine rated load and actual test loading. An editor should perform a reverse reading: hand the translated sentence to someone who has not seen the source and ask what the statement proves. If that person infers an approval, limit, geometry or test condition absent from the original, revise the sentence. This technique catches misleading paraphrases that look grammatically excellent and passes the final wording back to technical review when necessary. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
22. Measurement uncertainty
What the source means: Conformance decisions can require considering uncertainty in reference and observed results. A numerical result near a limit must not be assigned a verdict based only on naive rounding. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Measured error near E0,MPE boundary, review required.” In practice, the wrong reading is Translating within limit as certain without the decision rule. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Keep cited conformance rule and uncertainty treatment. Start with the measurement object rather than the nearest dictionary synonym. Identify whether the expression labels a property, a condition, a method, a result or a decision. These roles are not interchangeable: a fluent translation can still be technically false when the label moves from one role to another. Preserve the original symbol when the field is standardised and explain it in ordinary language beside the symbol, not instead of it. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
23. ISO 14253 relationship
What the source means: Decision rules can be governed by related GPS conformance standards. A reference to ISO 14253 is not merely background reading. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Decision procedure references ISO 14253-1.” In practice, the wrong reading is Deleting normative cross-references in a certificate. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Preserve associated standard reference and edition. Think about the reader opening a translated supplier file months after the original conversation. They may know neither the laboratory nor the engineer who signed the form. They need the source designation, its conditions and its evidence type to remain visible. A specialist translation therefore keeps the field stable and makes the surrounding explanation readable without adding a conclusion that the source did not authorise. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
24. Part 5 probing tests
What the source means: Single-stylus probing properties often appear under ISO 10360-5 rather than Part 2. Different performance symbols should not be folded into one linear-length test. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “PFTU,MPE listed under ISO 10360-5.” In practice, the wrong reading is Calling PFTU an E0 length-error result. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Check the source standard and exact probing configuration. The most useful question is what a reader would do differently if this field were mistranslated. The answer may involve ordering a wrong component, misinterpreting a specimen, trusting a misleading graph or accepting an unsupported claim. That practical consequence is a better guide to terminology than a word-for-word substitution. If the source is ambiguous, document the ambiguity and send one focused question to its owner. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
25. Manufacturer claim
What the source means: Guaranteed performance specifications differ from observed laboratory results. The specification bound describes allowed performance; observations describe what occurred. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “MPE declared 2.0 μm; measured value 1.4 μm.” In practice, the wrong reading is Publishing a declared limit as a measured test value. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Keep specification column separate from measured column. Do not let an automated translation tool silently choose the engineering concept. It may handle ordinary grammar competently yet collapse two specialised quantities into one familiar word. Use the document title, field label, unit, method, adjacent values and test narrative as a set of constraints. A target term is defensible only when it fits all those constraints without altering the source’s level of certainty. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
26. Product tolerance
What the source means: Part tolerance is specified on a drawing independently of the machine MPE. A CMM can meet its own specification without making every part inspection automatically decisive. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Drawing tolerance ±0.020 mm; CMM specification separate.” In practice, the wrong reading is Claiming a tolerance of ±2 μm on a part from a machine MPE of 2 μm. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Preserve drawing tolerance and decision uncertainty separately. Keep the inspection pathway intact. A report is not one isolated sentence: it has equipment identity, sample geometry, conditions, calculations, results, exceptions and sign-off. If a translation preserves a number but loses the condition attached to it, a later reader may compare incompatible records. Make the target text usable together with its charts, drawings, annexes and original identifiers. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
27. Calibration versus verification
What the source means: Calibration establishes relationships to references while verification checks stated requirements. The terms are related but not interchangeable in quality systems. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Acceptance verification report; calibration certificates attached.” In practice, the wrong reading is Translating a pass certificate as an accredited calibration for all sensors. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Identify activities actually performed and accreditation scope. Translate the expression at two levels: first preserve the formal designation for traceability, then explain its meaning to a reader unfamiliar with the shorthand. The first level protects matching and audit; the second protects comprehension. Neither level should fabricate a specification, permissible limit or compliance status. When the document omits necessary evidence, mark the gap instead of filling it by intuition. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
28. Certificate traceability
What the source means: Artefact IDs, machine serial numbers, dates and software revisions make a record auditable. Without those fields a bilingual certificate may be impossible to match to a machine. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “CMM serial CM-19027; report RE-778.” In practice, the wrong reading is Translating or truncating serial identifiers. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Reconcile references to the device and calibration laboratory. An editor should perform a reverse reading: hand the translated sentence to someone who has not seen the source and ask what the statement proves. If that person infers an approval, limit, geometry or test condition absent from the original, revise the sentence. This technique catches misleading paraphrases that look grammatically excellent and passes the final wording back to technical review when necessary. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
29. Machine scope exclusions
What the source means: The part does not explicitly apply to all optical or non-Cartesian CMM implementations. An appealingly similar device can need a different procedure. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “Noncontact optical scanner: review applicable method.” In practice, the wrong reading is Generalising the result to laser scanning or optical measurement systems. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Check system architecture and probe modality. Start with the measurement object rather than the nearest dictionary synonym. Identify whether the expression labels a property, a condition, a method, a result or a decision. These roles are not interchangeable: a fluent translation can still be technically false when the label moves from one role to another. Preserve the original symbol when the field is standardised and explain it in ordinary language beside the symbol, not instead of it. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
30. Data rejection
What the source means: Excluded readings and retests can affect the outcome of the performance assessment. A simplified table should not conceal procedural decisions. This distinction matters in the acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions context. The translated version should allow an engineer or informed reader to identify the same quantity, object and scope without having to reconstruct the source text. A short definition is often safer than a beautiful but overbroad synonym, particularly where the term sits in a table heading or certificate conclusion.
A realistic sample line could be: “One observation excluded under documented rule.” In practice, the wrong reading is Deleting the word rejected to make the certificate look cleaner. Even a technically educated translator can slip here because a familiar word carries different roles in different disciplines. If the target text changes that role, the audience may make a decision that the original record does not support. Keep technical identifiers and numerical values attached to their conditions, and do not treat a plausible English expansion as a verified test observation.
How to check and translate it: Record grounds, substitute readings and approved procedure. Think about the reader opening a translated supplier file months after the original conversation. They may know neither the laboratory nor the engineer who signed the form. They need the source designation, its conditions and its evidence type to remain visible. A specialist translation therefore keeps the field stable and makes the surrounding explanation readable without adding a conclusion that the source did not authorise. For publication, write the formal item in a concise target-language phrase, then add the necessary qualification in the same paragraph, table note or caption. Where uncertainty remains, the right editorial outcome is a flagged query with the source line and its location, not an invisible guess. This makes the translation useful for a reader who has to audit, order, compare or approve something later.
A complete worked translation workflow
Imagine a multinational project receiving a supplier’s acceptance and reverification of Cartesian coordinate measuring machines measuring linear dimensions report and an English purchase specification. The marketing summary sounds reassuring, but the attachment contains symbols, different test conditions, several results and an approval box. A careless translator copies only the reassuring sentence. A careful one first records the standard and edition, then maps every field to its original line, separates the measured values from acceptance limits, and lists ambiguous terms for technical resolution. The finished bilingual document helps the receiver make a decision without hiding what is uncertain.
For each source field, create a five-column working record: source wording, invariant symbol or number, approved translation, documentary evidence, and unresolved question. The record is not a public glossary hub. It is a project-specific control sheet that prevents a later translator from choosing a different word for the same quantity. If a new source revision changes a condition or numerical value, treat that as a new evidence event and review dependent captions and tables as well as the sentence itself.
A translation review can then move through three people: a language specialist checks clarity and grammar; a subject specialist checks that ISO 10360-2:2009 terminology, numbers and assumptions survive; and the owner of the procurement or technical decision confirms that the translated document does not imply a sign-off that has not occurred. On smaller assignments the roles may be combined, but the questions remain distinct. This is especially important when suppliers or regulators in several countries interpret the same PDF.
Questions readers ask when translating this evidence
Does E0 mean zero error?
No. The zero refers to a stylus-offset configuration in the test designation, not a guarantee of no measurement error. In a multilingual report, use the source document to verify the exact field and keep its qualifiers visible. If a project-specific requirement changes the answer, cite that requirement rather than relying on a general rule.
Does E150 mean the reference length is 150 mm?
No. In this designation 150 refers to the ram-axis stylus-tip offset condition. The actual calibrated test lengths form a separate set. In a multilingual report, use the source document to verify the exact field and keep its qualifiers visible. If a project-specific requirement changes the answer, cite that requirement rather than relying on a general rule.
What does MPE mean?
Maximum permissible error is the performance boundary being assessed. It is not necessarily a measured error, calibration uncertainty or part tolerance. In a multilingual report, use the source document to verify the exact field and keep its qualifiers visible. If a project-specific requirement changes the answer, cite that requirement rather than relying on a general rule.
Is R0 the same as E0?
No. R0 describes a repeatability-range quantity; E0 concerns length-measurement error under its designated configuration. In a multilingual report, use the source document to verify the exact field and keep its qualifiers visible. If a project-specific requirement changes the answer, cite that requirement rather than relying on a general rule.
Can a CMM certificate certify a manufactured part?
No. A machine performance report and a part inspection report have different claims. Measurement method, uncertainty and part drawing tolerance still require review. In a multilingual report, use the source document to verify the exact field and keep its qualifiers visible. If a project-specific requirement changes the answer, cite that requirement rather than relying on a general rule.
Does ISO 10360-2 include all optical scanners?
No. Its published scope does not explicitly cover optical probing or non-Cartesian systems. Preserve the machine and probe limitations. In a multilingual report, use the source document to verify the exact field and keep its qualifiers visible. If a project-specific requirement changes the answer, cite that requirement rather than relying on a general rule.
Should a translator convert micrometres to millimetres?
Only when necessary, with every number checked. One micrometre equals 0.001 mm, and the original unit should remain easy to identify. In a multilingual report, use the source document to verify the exact field and keep its qualifiers visible. If a project-specific requirement changes the answer, cite that requirement rather than relying on a general rule.
What belongs in the translated test report?
The full standard edition, equipment identity, manufacturer limits, reference artefacts, setup geometry, actual readings, uncertainty, conformance decision, signatures and dates. In a multilingual report, use the source document to verify the exact field and keep its qualifiers visible. If a project-specific requirement changes the answer, cite that requirement rather than relying on a general rule.
Final checks before a translated report is released
Confirm that the full standard number and edition match; the article’s subject and instrument or specimen are identified; original identifiers are unchanged; every unit has been checked; commas, dots, negative signs and multiplication signs remain unambiguous; the table text matches every plot or drawing; exceptions are not deleted; and measured results are separated from specified limits. Then read the whole conclusion without the source beside it. If the target text sounds more certain or more general than the original, revise it.
One especially effective final test is to ask what a purchaser, safety reviewer or quality engineer might infer from the translation. Would they believe a result applied to a different material, machine, environment or production lot? Would they believe a recommendation had become mandatory? Would they believe a documented limit had been achieved when it had only been specified? Those are not stylistic questions. They are evidence-integrity questions, and they determine whether the document is genuinely useful across languages.
Sources and onward learning
Primary standard catalogue: ISO 10360-2:2009 — publisher’s overview and scope. Confirm the precise applicable edition and obtain the authorised normative document for contract or laboratory use. This article paraphrases public scope information and provides original teaching examples rather than reproducing standards tables.
For the overall methodology, see Master Art of Translation — the complete system. To build disciplined term choice and word understanding, see the protected Vocabulary Learning Hub. For broader English reading and interpretation, see How English Works. These are existing route owners; the present article stays focused on one specialist translation problem.
Takeaway: a successful ISO 10360-2:2009 translation keeps the number, its condition and the status of the claim together. Accurate terminology is not decoration. It is the bridge between a laboratory’s statement and a reader’s next responsible action.