Smart Manufacturing is the use of one or more technologies including IoT, automation and robots, big data, artificial intelligence and modeling to optimize manufacturing.
Optimizing of Manufacturing
Companies can optimize manufacturing from product concept generation, flexible operations for changing customer needs, manufacturing efficiencies, machines becoming self-optimizing and self-diagnosing, and creating a dynamic manufacturing supply chain.
Manufacturers can work on developing more efficient and flexible operations. This greater efficiency and flexibility enables manufacturers to attain better production capacity and lower overall costs of production, that enables them to handle more dynamic customer needs and a dynamic supply chain. They can then dominate their market as a more flexible and consistent low-cost producer with solid quality and delivery to dominate their markets.
Need Data to Improve Company
To reach these levels of better production capacity and low cost production the key is people must have access to data about machines and how they’re operating… uptime and downtime, productivity of the machine, quality of the products it creates, it’s running condition, how the operator is running the machine, etc. With this data companies can then monitor production lines and pieces of equipment, find issues, and make improvements.
Unplanned downtime is the time a machine is down due to circumstances that weren’t planned ahead of time. This includes time when:
- Machine is available but not running: the machine could be used and there is product to produce but no operator is available, or there is an operator but no raw materials to produce a product.
- Machine is not available: Machine is down because it had a failure and is under repair.
Downtime is one of the biggest “killers” in production efficiency. It leads to material loss, resource loss, uptime loss, and capacity loss. Additionally, it reduces a company’s ability to deliver product to quality standards which leads to missing promised delivery dates, and lost trust with a customer. In the end it all results in higher costs and less revenue.
Benefits of Tracking Downtime
Tracking downtime gives you the data you need to both find root causes of downtime, and make improvements to users, machines and processes. When downtime improves then production capacity increases, costs of product are reduced, revenue increases and margins increase.
In 2017, GE ServiceMax commissioned a study that surveyed 450 decision makes across manufacturing and other industrial verticals. They found companies had issues as a result of unplanned downtime including:
- 46% companies couldn’t deliver services to customers
- 37% lost production time on a critical asset
- 29% were completely unable to service specific equipment
They also found that downtime in a factory affects 62% of its productivity with scheduled resources and equipment. These numbers indicate unplanned downtime is common and has a big impact on companies.
Companies who don’t track downtime of their machines may believe they know what the equipment downtime is. However, they are often off by as much as 50%. Without the actual data to measure and analyze, many companies are not seeing the whole picture, and taking all information into account when measuring downtime – and this can greatly impact their business.