Apply of Industrial Engineering Techniques for Cost Reduction in Frozen Food Industry

Author:

Laemlaksakul Vanchai1,Kaewkuekool Sittichai2,Wangnoorak Theppitak1

Affiliation:

1. King Mongkut’s University of Technology

2. King Mongkut's University of Technology

Abstract

The objective of this research was to apply the industrial engineering techniques for cost reduction in frozen food industry. Process line survey, line balancing and cost analysis were conducted in each work station to analyze the problem. Data showed that three work stations namely, peeled trim station, arrangement before cooked station, and arrangement in tray station, needed to be improved. Investigation the problems and rate of production at each station the researchers proposed the way to increase the productivity of arrangement before cooked station by setting layout and conveyor installing project. The peeled trim station was proposed to improvement by the labor skilled development and layout design project for process continuous. Also the pre packing arrangement on tray and after freeze station was proposed to improvement by modifying its plant layout and conveyor installing project. It was found that line balancing capability increased from 78.32 % to 90.80 %. The labor skilled development project combined with a design plant layout and conveyor installing system were resulted in reducing 33 persons of labor. It was also showed that the production units cost for the production line can be reduced by 16.65 %. The flow process chart of the production line has showed that delay and transportation activities were reduced from 23.00 % down to 8.70 %.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference4 articles.

1. S. Muneekran, Cost Reduction of Shrimp Line Process in Frozen Food Industry, Master Thesis, Faculty of Engineering, King Mongkut's University of Technology Thonburi, (2008).

2. T. Jangjob, S. Chuchom, and S. Suthummanon, Productivity Improvement of Sushi Line Production in Frozen Food Industry, Proceeding of Industrial Engineering Network, Songkla, (2008), pp.611-613.

3. S. Hibiki, To Reduce the Operating Costs of the Establishment, ed. 6, Technology Promotion Association (Thailand-Japan), (1997).

4. P. Phithak, The Study of Production for Productivity Improvement: A Case Study of Bottle Washing Industry, Master Thesis, Faculty of Engineering, Prince of Songkla University, (2009).

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