Enhancing Chemical Inventory Management in Laboratory through a Mobile-Based QR Code Tag

Shukran, Mohd Afizi Mohd; Ishak, Muhammad Shahfee; Abdullah, Muhammad Naim

doi:10.1088/1757-899x/226/1/012093

Cited by 8 publications

(6 citation statements)

References 12 publications

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“…The information is gathered and housed in a central repository, accessible via mobile phones, laptops, or desktop devices. The database is implemented using MySQL software, just like in the research of Shukran et al [41], is shown in Figure 9. The system transmits data over the internet network to the warehouse management system application server on the main computer in real-time.…”

Section: Resultsmentioning

confidence: 99%

Real-time WIP Shelf life Tracking with Barcode Technology for Defects Reduction

Rusman,

Sriwarna,

Prambudia

2024

Appl. Eng. Innov. Tech.

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In manufacturing systems, the short shelf life of WIP (Work-in-process), categorized as a fast-moving product, can be a source of potential defects. PT XYZ is a cocoa industry located in Bandung. Manual labeling of product information in the wafer production line at PT XYZ failed to meet secure tracking and tracing requirements, resulting in increased defects due to inaccuracies in monitoring and quality control. To solve this problem, the author used the Gemba Kaizen approach as a tool companies use for continuous improvement achieved through small, low-cost steps. Our main idea is to introduce a new approach that utilizes alternative technologies by developing real-time applications to track WIP movement information in production. This barcode technology uses low-cost technology and has proven effective in helping production supervisors speed up decision-making of WIP management and minimize the risk of process failure in production that causes an increase in the number of defects. The results showed that the real-time system can reduce the number of defects from 2.6% to 1.6%. This can optimize overall inventory management and provide valuable insights for manufacturing companies looking to improve their operational efficiency through low-cost technology and real-time monitoring.

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Section: Resultsmentioning

confidence: 99%

Real-time WIP Shelf life Tracking with Barcode Technology for Defects Reduction

Rusman,

Sriwarna,

Prambudia

2024

Appl. Eng. Innov. Tech.

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“…Inventory management using barcode technology has been used for long time. The demand for a greater inventory management system which can provide a lot of useful information from a single scan has made laboratory inventory management using barcode technology more difficult (Shukran et al, 2017). But, the barcode could not be read if the scanner is not connected to the database or if it does not contain the information of that particular item (Çakıcı et al, 2011).…”

Section: Resultsmentioning

confidence: 99%

Implementation QR-Code for Introducing Optical Instruments

Husna,

Zawjiyah,

Widia

2023

jppipa, pendidikan ipa, fisika, biologi, kimia

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The laboratory is one of the important facilities and supports the implementation of learning in tertiary institutions. However, in carrying out practicum activities, students are often constrained by information regarding names, functions, and steps for using instruments. Therefore, the need for information about laboratory equipment is quite important for students. This study aims to produce a website based on a QR code to provide information about the instrument to users and the steps to use it. This research uses research and development methods with the ADDIE model (Analysis, Design, Develop, Implementation, and Evaluation). The questionnaire is used to measure user responses regarding the QR code and its application. Based on the analysis of the problems found, the QR code was successfully created. This QR code was validated by media experts and instrument content experts and obtained valid results. Users show a positive response regarding the use of the QR code for introducing of Refraction Laboratory instruments. Thus, a website-based QR code can be used to provide optical instrument information to users. However, socialization about its use is very necessary for laboratory users.

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“…The advantages of chemical inventory systems were already highlighted in previous publications. − Using a chemical inventory system allows researchers to do a quick check of the chemical inventory, avoiding duplication of purchases. It allows people to see what other groups have and potentially to borrow a chemical instead of purchasing extra volume.…”

Section: Chemical Inventorymentioning

confidence: 98%

Chemical Management: Storage and Inventory in Research Laboratories

Kuzmina

Hartrick

Marchant

et al. 2022

ACS Chem. Health Saf.

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In this paper, we discuss a novel approach to chemical storage based on the physical properties of the chemicals (reactivity, solid or liquid, and volume) and the intrinsic hazards associated with a chemical as identified by the hazard statements. These are indicated on a substance’s safety data sheet (SDS), for example, oxidizing, flammability, toxicity, and compatibility with other chemicals. We introduce a flowchart to identify appropriate storage locations for each chemical in the laboratory and describe what amendments could be needed to our system if it is replicated at another institution. We describe the advantages of using a chemical inventory system and how it was integrated with our storage guidance. Finally, we provide insights and share lessons learnt on maintaining good chemical management.

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Enhancing Chemical Inventory Management in Laboratory through a Mobile-Based QR Code Tag

Cited by 8 publications

References 12 publications

Real-time WIP Shelf life Tracking with Barcode Technology for Defects Reduction

Real-time WIP Shelf life Tracking with Barcode Technology for Defects Reduction

Implementation QR-Code for Introducing Optical Instruments

Chemical Management: Storage and Inventory in Research Laboratories

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