Layout optimisation for production systems in the wool industry using discrete event simulation

Purpose: Computer-aided production engineering simulation is a common approach in the search for improvements to real systems. They are used various industrial sectors and basis optimization. Such simulations have found limited use wool industry. This study aims compare performance of different woolshed layouts (curved vs linear). Design/methodology/approach: A discrete event constructed both considered Siemens Technomatix Plant Simulation software. Data from an in-field observational visit working validate model. The compared their base configuration with equipment worker changes evaluate impacts on throughput.Findings: In configurations, curved layout reduces some travel time which increases by 11 fleeces per day over linear layout. addition extra skirting table further throughout 30 day. more handlers does not as large impact indicating that processing limits occur due capacity shearer speed.Practical implications: verifies proposed shed improves gives farmers ability compute long-term economic impact. results also highlight other stages need adjustment system gains.Originality/value: first application woolsheds operations introduce multiple improvement scenarios.