A computer-integrated manufacturing system (CIMS) is beneficial to the manufacturing process because it reduces the cost of direct and indirect labor and increases machine utilization. A CIMS automates the entire manufacturing process while maximizing the number of units produced.
Computer-integrated manufacturing systems are useful for making manufacturing decisions and ensuring that a manufacturing plant maintains correct inventory levels. Plants that integrate CIMS are also able to increase manufacturing efficiency and improve scheduling flexibility in the long term. Setting up a CIMS proves beneficial in the long run because there is little downtime associated with these systems. More importantly, the set-up time for CIMS is lower than alternative systems, which reduces the "non operation time between successive workstations on the line," according to engineers at Lehigh University.
All functions within a manufacturing facility, such as a factory, are automated using a CIMS system. Every process from the production line to the storage and distribution is carefully monitored to ensure maximum efficiency throughout the entire manufacturing process. According to technologystudent.com, there are 10 stages involved in integrating a CIMS into a production facility. Each of these stages is used to design the products, measure the cost and production methods, maintain quality control and update the financial accounts.