The Digital Manufacturing Centre (DMC) will be the first business to officially adopt Renishaws revolutionary new manufacturing connectivity and data platform, Renishaw Central, across its complete additive and subtractive manufacturing operations.
Image courtesy Renishaw Central
The ongoing close collaboration between the two companies has evolved from Renishaw initially supplying the DMC with state-of-the-art additive manufacturing (AM) equipment, followed by several of its metrology solutions, and now the implementation of this game-changing digital platform.
Driving the future of AM by realising a fully-connected process chain, the DMC is leveraging actionable data to deliver a step-change in manufacturing capability. Renishaw Central will play a crucial role in this ambition and enable the DMC to embrace Industry 4.0 practices and principles. Not only will Renishaw Central provide end-to-end manufacturing data capture, but it will also allow the DMC’s engineers to further refine part design and processes by effectively implementing capabilities including predictive analytics and artificial intelligence (AI).
Renishaw Central’s efficient and automated data collection brings together information from across the process chain, including AM systems, on-machine measurements, shopfloor gauging and coordinate measuring machines (CMMs). It uses process, metrology and device information to provide a single and intricate view of a manufacturing facility's data, including visualisation and reporting – an invaluable resource for engineers.
This data can then be used in applications for process automation or via Renishaw Central’s new application programming interface (API) to inform product lifecycle management (PLM) and design optimisation, shopfloor monitoring systems and more advanced applications, like using algorithms to establish predictive analytics and the implementation of AI systems.
Through Renishaw Central, the DMC will be able to further improve its production intelligence by using data from all available sources to provide superior control of upstream processes. With end-to-end data collected across a number of operations, cells and time periods, it provides all the necessary information to allow for true continuous improvement. By characterising acceptable process trends and performance, the DMC will be able to predict, identify and correct errors and deviations as quickly as possible.
With shorter feedback loops, Renishaw Central will allow the DMC to rapidly react and adjust its processes to increase machine utilisation and reduce waste. Equipped with actionable metrology data from throughout the process chain, the DMC’s design and process engineers will also be able to enhance product design, process performance and resulting part quality.
Jonathan Archer, General Manager at Renishaw, commented: “Most manufacturers already have access to a wealth of metrology data, but how often is it fully utilised? Renishaw Central helps to employ this data in a meaningful way, providing the right data at the right time to better understand production and facilitate improvements. The DMC has been an important collaborator in developing – and now deploying – Renishaw Central, helping us to address significant pain points within advanced manufacturing.
“We believe that the DMC is best placed to exploit the platform’s full potential. The facility’s ambition is the practical implementation of connected technologies, AI and the realisation of Industry 4.0 – these rely on the collection and application of data, for which Renishaw Central will play a critical role.”
Kieron Salter, Chief Executive Officer at the DMC, added: “A key focus of the DMC is connectivity – bringing together data from across our processes to ensure customers receive the best possible solution. From improving our efficiency to enhancing part design, our objectives rely on exceptional engineering and the meaningful interpretation of useful data.
“Renishaw Central enables us to not only connect our Renishaw AM and metrology equipment but also provides a platform via which we can connect other equipment – like machining systems – to achieve complete end-to-end capability. This plays an important part in helping us realise the potential of additive manufacturing, allowing for the creation of a true Digital Twin and the implementation of advanced algorithms to adapt processes and parts in real-time without human input.”