Improvement of Production Layout in the Furniture Industry in Indonesia with the Concept of Group Technology

Dianita, Orchida; Djorgie, Thomas; Herliansyah, Muhammad Kusumawan

doi:10.1007/978-3-030-38364-0_27

Cited by 2 publications

(1 citation statement)

References 8 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Güven and Şimsir (2021) utilized fuzzy clustering and rank order clustering methods to create the part-machine matrix according to the production flow technique and grouped the parts and machines, which improved the productivity and reduced the cost. To optimize the production layout, Dianita et al (2020) applied the rank order clustering (ROC) and Hollier method to classify the machinery and process in the production layout, successfully reducing the total travel time and distance. The classification of solid wood furniture parts is complex, and the factors that affect their production and processing include the craft, size, tongue and groove structure, and bending degree.…”

Section: Application Of Multi-attribute Clustering Algorithmmentioning

confidence: 99%

Digital design process and part family division of solid wood custom cabinet door based on multi-attribute overlapping clustering technology

Ren

Xiong

2022

BioRes

View full text Add to dashboard Cite

The flexible production of solid wood custom furniture is needed to meet the individual needs of the market. Based on M Company, this study developed a digital design platform and its key technologies (data extraction and integration, part family division, coding technology, model base construction, information interaction, and connection) and proposed a multi-attribute overlapping clustering technology (MOCT) method for the division of a family of cabinet door parts. The results indicated that the platform and technologies based on M company provides a reference for the digital transformation of solid wood furniture. The part family division method based on MOCT displayed excellent grouping performance and adjustability, and it could be extensively applied to the group processing of solid wood furniture parts.

show abstract

Section: Application Of Multi-attribute Clustering Algorithmmentioning

confidence: 99%

Digital design process and part family division of solid wood custom cabinet door based on multi-attribute overlapping clustering technology

Ren

Xiong

2022

BioRes

View full text Add to dashboard Cite

show abstract

Research on Children’s Customized Furniture Design Based on Group Technology

Xiong

2021

Applied Sciences

View full text Add to dashboard Cite

Recently, solid wood furniture has become the new direction for the development of Chinese furniture industry. In order to realize solid wood customization, the standardization of solid wood parts is a problem for high priority. In this study, a standardized experimental study on children’s solid wood furniture parts was carried out by using group technology. Twenty pieces of children’s solid wood furniture were selected, including 1084 parts in total with 705 solid wood parts. Then, three key structural features of the parts were analyzed based on the processing similarity principle, including the center line of the long side direction of the parts, the shape of the outside surface of the long side direction and the shape of the outside surface of the short side direction. Moreover, these parts were classified according to the principle of process similarity. Accordingly, a children’s solid wood furniture parts family was established, and the distribution of parts in the family was analyzed. In detail, the parts with the dimensional difference within 2 mm were combined, the dimensional value was mainly based on the value of most parts before the combination and part specifications were optimized on the basis of the original specifications or its 1/2 method. The results show that the category of thickness specification reduced by 20, and the number of parts included in one thickness specification increased by 2.2 times on average. Moreover, the category of width specification reduced by 12, and the number of parts included in one width specification increased by 1.47 times on average. This not only greatly improves the degree of standardization of solid wood parts but also provides theoretical and practical basis for the digital design of mass customized children’s solid wood furniture.

show abstract

Improvement of Production Layout in the Furniture Industry in Indonesia with the Concept of Group Technology

Cited by 2 publications

References 8 publications

Digital design process and part family division of solid wood custom cabinet door based on multi-attribute overlapping clustering technology

Digital design process and part family division of solid wood custom cabinet door based on multi-attribute overlapping clustering technology

Research on Children’s Customized Furniture Design Based on Group Technology

Contact Info

Product

Resources

About