Perancangan Ulang Tata Letak Fasilitas Industri Tahu untuk Meminimalkan Material Handling dengan Algoritma Blocplan  Di UD. Pintu Air

Amalia, R. Rizki; Ariyani, Luthfina; Noor, Muhammad Aslam

doi:10.34128/jtai.v4i2.54

Cited by 5 publications

(4 citation statements)

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“…Desain tata letak fasilitas yang memiliki nilai total paling optimal dipilih setelah desain tata letak menghasilkan banyak alternatif tata letak departemen, yang masing-masing memiliki skor tata letak. Algoritma Blocplan dapat digunakan untuk mengurangi jarak keseluruhan atau momen transportasi material di fasilitas industry [9].…”

Section: Blocplanunclassified

Production Facility Layout Redesign Using Systematic Layout Planning And Blocplan Methods

Bisri

Cahyana²

2023

PELS

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Layout of production facilities in CV. Jaya Rubber Industry was identified as less than optimal. The placement of production facilities that are less than optimal causes the distance between several departments to be far apart, for example in the cutting section to the molding section, the molding section to the trimming section and also the QC and packing sections to the finished goods warehouse. It was also found that intersecting material flows can cause backtracking, for example between molding to trimming and packing to the finished goods warehouse. These problems can result in the production process being less effective and efficient. This research combines two methods, namely systematic layout planning and blocplan methods. The systematic layout planning and Blocplan methods have several stages in planning the layout. This method is believed to be able to solve various problems that exist within the company such as production flow, transportation, warehousing, assembly and others. This method was chosen because the current industrial conditions require adjustments in the preparation of a good layout. The results of this study obtained a layout from the blocplan method which was chosen as the proposed layout with a total displacement distance of 44.25 with a decrease in distance of 23.75 m from the initial distance, with an efficiency level of 34% which was able to improve the flow of the production process for the better.

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Section: Blocplanunclassified

Production Facility Layout Redesign Using Systematic Layout Planning And Blocplan Methods

Bisri

Cahyana²

2023

PELS

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“…This method is often combined with Activity Relationship Diagram (ARC). ARC is a technique used to analyze the relationship between activities or all existing activities (Amalia et al, 2017). ARC is created to determine the degree of closeness (Lekan et al, 2017).…”

Section: Introductionmentioning

confidence: 99%

Layout Redesign to Eliminate Stagnation Using Blocplan to Increase Production Efficiency

Wicaksono¹,

Setiawan²,

Hasan³

2022

Jurnal Optimasi Sistem Industri

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The rapid growth of the automotive industry was also followed by growth in subsidiary companies. One of the subsidiary companies is a company that produces auto parts such as wheels. Sales volume in 2021 increased to more than 2 million products while for 2022 to April it was more than 1 million products. High demand is not accommodated due to inadequate production capacity, one of which is the machining area. This study aims to increase efficiency by redesigning the layout of the factory which is considered to increase production results in the machining area. The method used in this research is Block Layout Overview with Computerized Planning using Logic and Algorithm (Blocplan). The results showed that the redesign of the machining area could reduce stagnation by adding 1 unit of multi drill machine. Relayout in the machining area can reduce 93” time stagnation for the K2SA rear ABS type which can produce 2 outputs at once. The delay in the machining area can be reduced from 4,863 seconds to 0 seconds.

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“…Factory layout is planning the layout of machines, facilities, material flow to employees when working at each work station. If the layout is arranged properly, during the operation process it will be more optimal and efficient (Amalia et al, 2017). layout has various strategic implications because the layout determines the competitiveness of the company (Yohanes, 2011).…”

Section: Introductionmentioning

confidence: 99%

Proposed Improvement of Facility Layout in Production Area in Ud. Arshaindo Using the From To Chart (FTC) Method

Alghushan

Nuruddin

Dahda

2022

JAETS

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Small and medium industry engaged in fast food. Currently, the layout of the facilities at the production site is experiencing problems related to the distance of material movement. This study aims to redesign the layout of the facility and make suggestions to the trade business to minimize material movement to make it more comfortable and efficient. The method used in the process of redesigning the layout of the facility at UD. ARSHAINDO is to use the FTC (From To Chart) method. From To Chart is a method that can help to solve problems then described in more detail by going through several stages of completion to the maximum point. The results obtained from the From To Chart calculation with a total distance between departments of 36 meters (proposed layout), while the distance applied to UD. ARSHAINDO currently has a distance between departments of 56 meters (initial layout), therefore the proposed layout design has minimized the material transfer distance between departments by 20 meters so that it can produce a maximum layout and the production process is more efficient in terms of the distance between previous departments

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Perancangan Ulang Tata Letak Fasilitas Industri Tahu untuk Meminimalkan Material Handling dengan Algoritma Blocplan Di UD. Pintu Air

Cited by 5 publications

References 0 publications

Production Facility Layout Redesign Using Systematic Layout Planning And Blocplan Methods

Production Facility Layout Redesign Using Systematic Layout Planning And Blocplan Methods

Layout Redesign to Eliminate Stagnation Using Blocplan to Increase Production Efficiency

Proposed Improvement of Facility Layout in Production Area in Ud. Arshaindo Using the From To Chart (FTC) Method

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