Efficiency Improvement in the Assembly Line with the Application of Assembly Line Balancing Method

Abstract

The focus of this paper is on the improvement of the assembly line by means of assembly line balancing approaches. The assembly line balancing is about evenly distribution of the work load among the workstations without violating the precedence and cycle time specifications. The twoassembly line balancing tactics specifically Largest candidate rule method (LCR) and Kilbridge and Westercolumn method (KWC) are utilized to strengthen the efficiency of assembly line by minimizing the number of workstations and thereby reducing the balance delay of the assembly line.Line balancing is an effective method to enhance the throughput of assembly line by reducing non-value-added activities. The technique followed includes calculation of cycle time of the process, identifying the non –value-added activities, calculating overall work load on station and distribution of work load on each station by the method of line balancing. This paper broadens the productivity and effectivity of an Excavator Assembly line in ABC organization. Line balancing is used to measure the efficiency of the line and later used to measure the effectiveness of the proposed solution. Multiple approaches have been proposed based on the time study carried out. Evaluation of the outcomes of the proposed assembly line suggests that the line efficiency of the excavator’s assembly line is improved from 71.27% to 77.44%

The Measurement of Standard Time for Analysis of Output Standards in the E-Commerce Process

“…However, e-commerce in the shipping and warehousing business brings several advantages, including a faster processing performance, lower costs, and a great time [4], [5]. In addition to being an advantage, of course, e-commerce is also a challenge for warehousing business partners to be better prepared to face it, and the study of processing time is the basis for various planning implementation strategies to be implemented [6]. Standard time is a rational time needed for a worker to complete his task in the work system [7].…”