Toward Learning Tools: Analyzing Precision of Tool Maker and Optical Comparator

This paper aims to provide a clear analysis to choose what is the best tool for their specific needs. This is a quantitative descriptive correlation study that determines the difference in terms of accuracy and precision of optical comparator and toolmaker. Two different materials were measured using an optical comparator and tool maker microscope at the Technological University of the Philippines Manila Campus. Technological University of the Philippines is one of the schools in the Philippines that uses the equipment. Two measuring machines can be located at the College of Industrial Technology (CIT), Mechanical Engineering Technology Department (MET). This location was chosen for its highly efficient and calibrated machines to come up with accurate results. Both machines are significantly useful to industry and companies. Toolmaker microscope is a bit complicated while optical comparator has very slight difference to its measurements. However, the optical comparator is less costly than that of a toolmaker’s microscope. This paper has navigated the complexity of both tool maker's microscope and optical comparators that offer great accuracy and precision in terms of measuring small components that are used in the manufacturing process to make products.

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Publication Details

Journal
RADINKA JOURNAL OF SCIENCE AND SYSTEMATIC LITERATURE REVIEW
Published
2024-12-31
DOI
https://doi.org/10.56778/rjslr.v2i3.332
Primary Topic
Experimental Learning in Engineering
Type
article
Field-Weighted Citation Impact
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article

Toward Learning Tools: Analyzing Precision of Tool Maker and Optical Comparator

Cynic Tenedero, Marie Jo Tess Ragos, Leon Mendigorin, Salvador Gracilla et al.
RADINKA JOURNAL OF SCIENCE AND SYSTEMATIC LITERATURE REVIEW
Experimental Learning in Engineering
article

Toward Learning Tools: Analyzing Precision of Tool Maker and Optical Comparator

Cynic Tenedero, Marie Jo Tess Ragos, Leon Mendigorin, Salvador Gracilla, Jason Pamilacan, Cyrus Vrylle QUINTOS, Aivhan John QUILONDRINO, Angelo Henry ABELLAR, Marvin CENIDOZA, Christian Russel CERZO, Kim Laurence Del AGUA, John Michael Ton R. ENDOZO, John Rick HAPITA, August G. IGAT, Aldrin MAÑALAC
article en

Abstract

This paper aims to provide a clear analysis to choose what is the best tool for their specific needs. This is a quantitative descriptive correlation study that determines the difference in terms of accuracy and precision of optical comparator and toolmaker. Two different materials were measured using an optical comparator and tool maker microscope at the Technological University of the Philippines Manila Campus. Technological University of the Philippines is one of the schools in the Philippines that uses the equipment. Two measuring machines can be located at the College of Industrial Technology (CIT), Mechanical Engineering Technology Department (MET). This location was chosen for its highly efficient and calibrated machines to come up with accurate results. Both machines are significantly useful to industry and companies. Toolmaker microscope is a bit complicated while optical comparator has very slight difference to its measurements. However, the optical comparator is less costly than that of a toolmaker’s microscope. This paper has navigated the complexity of both tool maker's microscope and optical comparators that offer great accuracy and precision in terms of measuring small components that are used in the manufacturing process to make products.

RADINKA JOURNAL OF SCIENCE AND SYSTEMATIC LITERATURE REVIEWVol. 2(3)
Davao Oriental State University (PH), Technological University of the Philippines (PH), University of the Philippines Manila (PH), Technological Institute of the Philippines (PH)
Openalex Percentile: Top 62%
Experimental Learning in Engineering
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