A Coaxiality Measurement Method for Hole Using Non-Diffracting Beam Technology

X. B. Zhang; X. Q. Jiang; Z. Li

doi:10.4028/www.scientific.net/KEM.295-296.283

A Coaxiality Measurement Method for Hole Using Non-Diffracting Beam Technology

X. B. Zhang, X. Q. Jiang, Z. Li

Research output: Contribution to journal › Article › peer-review

7 Citations (Scopus)

Abstract

Combining the non-diffracting beam datum-line method with the roundness measuring technology, a high precision coaxiality measurement method for a hole whose diameter is more than 40mm is proposed. The principle of the measuring system is introduced and error analysis and test to verify it are presented. The measuring uncertainty of this coaxiality system is less than 1μm when the measuring range is within 1.5m. The measuring uncertainty of error of roundness is less than 0.4μm when the error measuring range is -200∼+200μm. This system has many advantages and it can be applied widely for coaxiality measurement.

Original language	English
Pages (from-to)	283-288
Number of pages	6
Journal	Key Engineering Materials
Volume	295-296
DOIs	https://doi.org/10.4028/www.scientific.net/KEM.295-296.283
Publication status	Published - 15 Oct 2005
Externally published	Yes

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title = "A Coaxiality Measurement Method for Hole Using Non-Diffracting Beam Technology",

abstract = "Combining the non-diffracting beam datum-line method with the roundness measuring technology, a high precision coaxiality measurement method for a hole whose diameter is more than 40mm is proposed. The principle of the measuring system is introduced and error analysis and test to verify it are presented. The measuring uncertainty of this coaxiality system is less than 1μm when the measuring range is within 1.5m. The measuring uncertainty of error of roundness is less than 0.4μm when the error measuring range is -200∼+200μm. This system has many advantages and it can be applied widely for coaxiality measurement.",

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N2 - Combining the non-diffracting beam datum-line method with the roundness measuring technology, a high precision coaxiality measurement method for a hole whose diameter is more than 40mm is proposed. The principle of the measuring system is introduced and error analysis and test to verify it are presented. The measuring uncertainty of this coaxiality system is less than 1μm when the measuring range is within 1.5m. The measuring uncertainty of error of roundness is less than 0.4μm when the error measuring range is -200∼+200μm. This system has many advantages and it can be applied widely for coaxiality measurement.

AB - Combining the non-diffracting beam datum-line method with the roundness measuring technology, a high precision coaxiality measurement method for a hole whose diameter is more than 40mm is proposed. The principle of the measuring system is introduced and error analysis and test to verify it are presented. The measuring uncertainty of this coaxiality system is less than 1μm when the measuring range is within 1.5m. The measuring uncertainty of error of roundness is less than 0.4μm when the error measuring range is -200∼+200μm. This system has many advantages and it can be applied widely for coaxiality measurement.

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KW - High precision coaxiality measurement

KW - Measurement uncertainty

KW - Non-diffracting beam

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KW - Straightness error curve for amendment

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A Coaxiality Measurement Method for Hole Using Non-Diffracting Beam Technology

Abstract

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