Determination of Cocoa Powder Quality Produced by Small-Medium Enterprise Using Six Sigma Analysis

Cocoa powder now has become a common craft product of small-medium processing enterprises (SME) in Indonesia. Small-medium enterprises develop processing sequence in smaller quantity compared to big company, nonetheless it must follow the national cocoa powder standard of SNI 3737:2009. The aim of...

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Main Authors: Hendy Firmanto, Yesi Kumalasari, Zikil Muarrofah
Format: Article
Language:English
Published: Indonesian Coffee and Cocoa Research Institute 2021-08-01
Series:Coffee and Cocoa Research Journal
Subjects:
Online Access:http://ccrjournal.com/index.php/ccrj/article/view/480
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spelling doaj-468f51cd49aa4a1f9647080f0c6811602021-09-30T06:26:54ZengIndonesian Coffee and Cocoa Research InstituteCoffee and Cocoa Research Journal0215-02122406-95742021-08-0137210.22302/iccri.jur.pelitaperkebunan.v37i2.480Determination of Cocoa Powder Quality Produced by Small-Medium Enterprise Using Six Sigma AnalysisHendy Firmanto0Yesi Kumalasari1Zikil Muarrofah2Indonesian Coffee and Cocoa Research InstituteAgroindustial Management, Polytechnic of Jember, Jl. Mastrip, Jember 68121, Indonesia3)Faculty of Agriculture, University of Jember, Jl. Kalimantan 37 Kampus Tegalboto Jember 68121, Indonesia Cocoa powder now has become a common craft product of small-medium processing enterprises (SME) in Indonesia. Small-medium enterprises develop processing sequence in smaller quantity compared to big company, nonetheless it must follow the national cocoa powder standard of SNI 3737:2009. The aim of this experiment was to evaluate the SME cocoa process production performance through Six Sigma analysis of the product to comply the standard requirements. The cocoa powder product was evaluated using three critical to quality (CTQ) parameters involving water content, color, and fineness. National standard determined the maximum water content value is 5%, the color is brown or Agtron number 65 and minimum fineness percentage of particle (75 µm) must be 99.5%. This result explain the stability process of SME which is exceeding the control limit value of non conformity product. Its process capability showing the Sigma value of 2.6 with defect per million value was 126,667. The CTQ parameters which contribute to the high non-conformity are fineness 78.95% and color 21.05%. The rough cocoa powder or fineness affects the highest non-conformity related to the high fat content in cocoa cake as input process and can be revised by upgrading the pressing machine performance.  http://ccrjournal.com/index.php/ccrj/article/view/480cocoacocoa powdersmall medium enterprisessix sigma
collection DOAJ
language English
format Article
sources DOAJ
author Hendy Firmanto
Yesi Kumalasari
Zikil Muarrofah
spellingShingle Hendy Firmanto
Yesi Kumalasari
Zikil Muarrofah
Determination of Cocoa Powder Quality Produced by Small-Medium Enterprise Using Six Sigma Analysis
Coffee and Cocoa Research Journal
cocoa
cocoa powder
small medium enterprises
six sigma
author_facet Hendy Firmanto
Yesi Kumalasari
Zikil Muarrofah
author_sort Hendy Firmanto
title Determination of Cocoa Powder Quality Produced by Small-Medium Enterprise Using Six Sigma Analysis
title_short Determination of Cocoa Powder Quality Produced by Small-Medium Enterprise Using Six Sigma Analysis
title_full Determination of Cocoa Powder Quality Produced by Small-Medium Enterprise Using Six Sigma Analysis
title_fullStr Determination of Cocoa Powder Quality Produced by Small-Medium Enterprise Using Six Sigma Analysis
title_full_unstemmed Determination of Cocoa Powder Quality Produced by Small-Medium Enterprise Using Six Sigma Analysis
title_sort determination of cocoa powder quality produced by small-medium enterprise using six sigma analysis
publisher Indonesian Coffee and Cocoa Research Institute
series Coffee and Cocoa Research Journal
issn 0215-0212
2406-9574
publishDate 2021-08-01
description Cocoa powder now has become a common craft product of small-medium processing enterprises (SME) in Indonesia. Small-medium enterprises develop processing sequence in smaller quantity compared to big company, nonetheless it must follow the national cocoa powder standard of SNI 3737:2009. The aim of this experiment was to evaluate the SME cocoa process production performance through Six Sigma analysis of the product to comply the standard requirements. The cocoa powder product was evaluated using three critical to quality (CTQ) parameters involving water content, color, and fineness. National standard determined the maximum water content value is 5%, the color is brown or Agtron number 65 and minimum fineness percentage of particle (75 µm) must be 99.5%. This result explain the stability process of SME which is exceeding the control limit value of non conformity product. Its process capability showing the Sigma value of 2.6 with defect per million value was 126,667. The CTQ parameters which contribute to the high non-conformity are fineness 78.95% and color 21.05%. The rough cocoa powder or fineness affects the highest non-conformity related to the high fat content in cocoa cake as input process and can be revised by upgrading the pressing machine performance. 
topic cocoa
cocoa powder
small medium enterprises
six sigma
url http://ccrjournal.com/index.php/ccrj/article/view/480
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