To kickstart its manufacturing overhaul, Cras Woodgroup approached IBM Business Partner CD Invest, who proposed developing a bespoke production planning application running on the company’s IBM Power Systems and IBM i environment.
“For years, the IBM Power Systems and IBM i platform has delivered reliable performance for our operations,” comments Callant. “There’s a misconception that it’s an outdated platform, but we know from experience that it looks and feels modern. We enjoyed working with CD Invest because they transferred knowledge throughout the project, helping us towards our goal of self-sufficiency in support and development.”
CD Invest created the new application, which is designed to integrate with Cras Woodgroup’s ERP landscape. It takes sales orders and bills of materials from the ERP solution and coordinates with the company’s suppliers automatically. Once all the required components are available, the application triggers the collection of the materials from the warehouse. When they arrive at the manufacturing line, the solution configures the machinery settings to align with the product specifications, and controls the production and packaging of the final order.
Cras Woodgroup also needed to be able to make decisions on their manufacturing line based on database logic in IBM i. They used Node-RED to connect several machines to make them work together. Node-RED is an open source programming tool for wiring together hardware devices, APIs and online services. Their business logic can now decide what to do on the manufacturing line. For example, it can change the temperature, pressure, glue and more based on all parameters.
Callant adds: “We now have a manufacturing line that is automated from end to end. Everything from temperature to humidity to glue is managed and optimized by our new application.”
The underlying IBM Power Systems infrastructure is based on two IBM Power Systems S924 servers configured for high availability using IBM PowerHA. If a server is offline for maintenance or suffers an unexpected outage, the solution automatically fails over to the other machine, preventing interruptions to manufacturing processes.