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PRINTING QUALITY CONTROL OF AICE PRODUCT PACKAGING AT PT TEMPRINA MEDIA GRAFIKA PACKAGING BEKASI Riky Rusdianto; Anton Hadiwibowo; Mukhyidin Djaiz
Kreator Vol 7, No 1 (2020): Kreator
Publisher : Politeknik Negeri Media Kreatif

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.46961/kreator.v3i1.292

Abstract

The process of controlling the quality of the packaging mold in this final project aims to determine the factors that must be considered, carry out the control process and perform problem solving using a fishbone chart cause and effect diagram. To achieve good print quality, it is necessary to know the problem factors that can affect print quality. This final project focuses on the process of controlling the packaging mold for Aice products. This control process is carried out from the process of icoming the raw materials to the out going of the finished product. This writing uses a descriptive method, which is a writing method that describes and describes the quality control of Aice's product packaging prints. Methods were collected from literature study and observation at PT. Temprina Media Grafika Packaging Bekasi about 3 months. Measurements in quality control use a check list form, color range and cause and effect diagrams fishbone chart. The results of this final project show that in the process of controlling the quality of a good packaging mold, it is necessary to pay attention to factors that can affect quality such as human, material, method, machine and environment. The control process is carried out in several stages, namely control of raw materials, control of the production process, sampling of packaged printed products, controlling the finished product, then solving problems using a fishbone chart cause and effect diagram. To maintain the quality of the products produced, it is necessary to add supporting components in the process of controlling the quality of the mold, increasing optimization of machine maintenance and increasing the skills of human resources. Keywords— Control, print quality, descriptive, fishbone chart
DGM 430 OFFSET WEB MACHINE PRINT QUALITY Maulana Ibrahim; Anton Hadiwibowo; Mukhyidin Djaiz; Henra Nanang Sukma
Kreator Vol 6, No 2 (2019): Kreator
Publisher : Politeknik Negeri Media Kreatif

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.46961/kreator.v2i2.287

Abstract

The review control activity, especially the decrease in the quality of the printed output, is one of the quality control parameters carried out by each company. To get quality, of course, the company does not remain silent, there are several things that need to be done or provided by the company to be able to support quality, namely man (human), machine (machine), material (material), and methods (methods). In the development of technology in an increasingly advanced digital world, companies want to continue to compete with a digital world by making breakthroughs, this of course makes the products produced by the company have a good or good quality level. In this study, there is an identification of the problem aspects that arise from the causes of the print results and how to get solutions to overcome the problems and factors that affect the quality of the print on the printed contents of the Cultural Arts Service Book using the DGM 430 Web Offset machineKeywords— Quality, Parameters, Web Offsets
DEVIATION ANALYSIS OF L*a*b* VALUE ON MILK PACKAGING MOLDS Sahid Noor Wahid; Septia Ardiani; Anton Hadiwibowo
Kreator Vol 9, No 1 (2022): Kreator
Publisher : Politeknik Negeri Media Kreatif

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.46961/kreator.v9i1.314

Abstract

The color deviation that occurs during the printing process is one of the problems often encountered in the graphics. This is very detrimental in terms of cost, time and energy. To know the color deviation, you can measure the L*a*b* value of the print. The offset printing process is used in this deviation analysis of L*a*b* value. When the technical specifications relate to paper, ink, machines, techkon measuring instruments and milk packaging products The machine used is the Heidelberg Speedmaster machine where there are four stages of operation, namely the preparation of machine, machine setting, ACC color and production in many quantities. The instrument used to measure the deviation of L*a*b* value or ΔE value of the milk packaging is Techkon. The value of L*a*b* for special colors as a reference is taken from the color gamut, i.e. at minimum L*: 20.21, a*: 7.09, b*: -40.19, standard L*: 18.69, a*: 9.77, b*: -42.63, maximum L *: 18.41, a*: 11.16, b*: -43.65, and the maximum value of ΔE* ab is 2.50. The factors that cause deviation are the thickness of the ink layer and the color reflection from the paper surface. Giving an ink layer less / thin, the resulting color tends to match the reflection of the paper surface, giving a thicker ink layer can cause the print to set off and the color to deviate from the color range.Keywords— Deviation, L*a*b* value, Milk Packaging