The aim of the paper is to present a case study and to point out the possibilities of using computer simulation for the purpose of increasing the efficiency and efficiency of custom production of a company. The use of simulation modeling as a scientific method in research and in practice brings benefits such as financial, time, material and energy savings, as well as streamlining activities in real practice. The development of advanced simulation systems has opened up new possibilities and significantly supported the trend of streamlining production activities, thus reducing costs and improving business performance. Simulation, however, is not a tool for obtaining an optimal solution, but rather a tool that allows you to test different decision outputs on a simulation model. Such a simulation model makes it possible to carry out various experiments to evaluate, analyse and determine solution parameters that can then be used in a real system. Risk factors can be investigated and determined beforehand by ‘replacing’ the running simulation model while monitoring system performance and behaviour, then, after applying the required changes, the future behaviour of the system is examined for any potential problems and obstacles. Can be removed in advance. The goal is to analyse the material flow in the production process and then create a simulation to determine the length of production and identify bottlenecks in the production process. In order to get a better idea of the production process, a simulation model was developed in the selected software tool as a custom production project under the conditions of a particular company. The incentive to start production is given to the customer, where every order placed is immediately sent to the customer. The highest frequency order in the enterprise’s production program is used to create the material flow.

本文的目的是提出一个案例研究，并指出使用计算机仿真以提高公司定制生产的效率和效率的可能性。在研究和实践中使用模拟建模作为一种科学方法会带来很多好处，例如节省财务，时间，材料和能源，并简化实际实践中的活动。先进仿真系统的开发开辟了新的可能性，并极大地支持了简化生产活动的趋势，从而降低了成本并提高了业务绩效。但是，仿真不是获得最佳解决方案的工具，而是使您能够在仿真模型上测试不同决策输出的工具。这种仿真模型可以进行各种实验来评估，分析和确定解决方案参数，然后可以在实际系统中使用这些参数。可以通过在监视系统性能和行为的同时“替换”运行的仿真模型来预先调查和确定风险因素，然后在应用所需的更改后，检查系统的未来行为是否存在任何潜在的问题和障碍。可以提前删除。目的是分析生产过程中的物料流，然后创建模拟以确定生产时间并确定生产过程中的瓶颈。为了更好地了解生产过程，在特定公司的条件下，在选定的软件工具中开发了一个仿真模型作为定制生产项目。开始生产的动机是给予客户，在那里下的每个订单都会立即发送给客户。企业生产程序中的最高频率顺序用于创建物料流。