OPTIMIZATION OF WORKLOAD DISTRIBUTION TECHNIQUE TO INCREASE THE LINE EFFICIENCY OF BAKERY OVEN MANUFACTURING UNIT

S Bharath, Pavan Kumar SJ

Abstract: A sequential construction system is an assembling procedure (more often than not called a dynamic get together) in which parts are included as the semi-completed gathering moves from workstation to workstation where the parts are included arrangement until the last get together is delivered. By mechanically moving the parts to the get together work and moving the semi-completed get together from work station to work station, a completed item can be collected speedier and with less work than by having laborers convey parts to a stationary piece for gathering. A study was completed in ABC Company which makes broilers. It was observed that machines utilized there are using more opportunity for delivering stoves. This generation the truth will surface eventually lessened by utilizing modern designing method called work streamlining in the mechanical production system which takes care of the genuine issue, the undertaking time information and sitting tight time information was gathered for all the nine phases of the get together and further the outcomes were gotten. The line productivity subsequent to gathering the work station is expanded from 43.07% to 79%. Furthermore, the parity delay diminishes from 56.2% to 21%. This makes work load conveyance uniform over the workstations which make the stream of the sequential construction system much smooth. Subsequent to expanding the line proficiency and diminishing the equalization defer the profitability has expanded and now the stoves are fabricated in a less time contrasted with before time. Whats more, genuine issue was illuminated.

Keywords: Assembly line, work optimization, line efficiency, balances delay.

DOI: https://doi.org/10.15623/ijret.2016.0528015