Confidence and traceability in beverage can dimensional measurements using non-contact techniques

Ahmed Khafaga; Ranveer Matharu; Wayne Sadler; Trevor Toman

doi:10.1016/j.measen.2021.100205

Confidence and traceability in beverage can dimensional measurements using non-contact techniques

Ahmed Khafaga, Ranveer Matharu, Wayne Sadler, Trevor Toman

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Abstract

The food and beverage metal packaging industry produces millions of units daily. A key to controlling a highly complex manufacturing process is to conduct offline dimensional measurement of sampled products. In this paper, a methodology to verify the performance and validate the traceability of a non-contact measurement system, is demonstrated. A single-point laser triangulation sensor (laser) is used as part of a setup to measure the height of a finished can. The measured heights are compared on a contour measuring instrument to enhance the confidence of the results. An experiment, conducted in laboratory conditions, concluded that measuring a specific can height with the laser produced a systematic error which is within acceptable parameters.

Original language	English
Article number	100205
Number of pages	5
Journal	Measurement: Sensors
Volume	18
Early online date	22 Sept 2021
DOIs	https://doi.org/10.1016/j.measen.2021.100205
Publication status	Published - Dec 2021

Bibliographical note

The authors acknowledge support from the Innovate UK and SEN-CON (UK) LTD. This research was supported under the Knowledge Transfer Partnership (KTP) project reference 511326.

Funder

Innovate UK and SEN-CON (UK) LTD

Keywords

Uncertainty analysis
Beverage can
Optical metrology

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10.1016/j.measen.2021.100205Licence: CC BY

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title = "Confidence and traceability in beverage can dimensional measurements using non-contact techniques",

abstract = "The food and beverage metal packaging industry produces millions of units daily. A key to controlling a highly complex manufacturing process is to conduct offline dimensional measurement of sampled products. In this paper, a methodology to verify the performance and validate the traceability of a non-contact measurement system, is demonstrated. A single-point laser triangulation sensor (laser) is used as part of a setup to measure the height of a finished can. The measured heights are compared on a contour measuring instrument to enhance the confidence of the results. An experiment, conducted in laboratory conditions, concluded that measuring a specific can height with the laser produced a systematic error which is within acceptable parameters.",

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AU - Khafaga, Ahmed

AU - Matharu, Ranveer

AU - Sadler, Wayne

AU - Toman, Trevor

N1 - The authors acknowledge support from the Innovate UK and SEN-CON (UK) LTD. This research was supported under the Knowledge Transfer Partnership (KTP) project reference 511326.

PY - 2021/12

Y1 - 2021/12

N2 - The food and beverage metal packaging industry produces millions of units daily. A key to controlling a highly complex manufacturing process is to conduct offline dimensional measurement of sampled products. In this paper, a methodology to verify the performance and validate the traceability of a non-contact measurement system, is demonstrated. A single-point laser triangulation sensor (laser) is used as part of a setup to measure the height of a finished can. The measured heights are compared on a contour measuring instrument to enhance the confidence of the results. An experiment, conducted in laboratory conditions, concluded that measuring a specific can height with the laser produced a systematic error which is within acceptable parameters.

AB - The food and beverage metal packaging industry produces millions of units daily. A key to controlling a highly complex manufacturing process is to conduct offline dimensional measurement of sampled products. In this paper, a methodology to verify the performance and validate the traceability of a non-contact measurement system, is demonstrated. A single-point laser triangulation sensor (laser) is used as part of a setup to measure the height of a finished can. The measured heights are compared on a contour measuring instrument to enhance the confidence of the results. An experiment, conducted in laboratory conditions, concluded that measuring a specific can height with the laser produced a systematic error which is within acceptable parameters.

KW - Uncertainty analysis

KW - Beverage can

KW - Optical metrology

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DO - 10.1016/j.measen.2021.100205

M3 - Article

SN - 2665-9174

VL - 18

JO - Measurement: Sensors

JF - Measurement: Sensors

M1 - 100205

ER -

Confidence and traceability in beverage can dimensional measurements using non-contact techniques

Abstract

Bibliographical note

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Keywords

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