3D Printing/Additive Manufacturing – 10am UK, Tue Nov 9 2021
Additive manufacturing (AM), also known as 3D printing, uses CAD data or 3D object scanners to deposit material, layer upon layer, in precise geometric shapes. This Talking Industry debate examines the power of additive manufacturing for design, test and production, while exploring the limitations and how these are being addressed.
Attendees can hear expert opinions from the following organisations:
- Advanced Manufacturing Research Centre (AMRC)
- HP – Multi Jet Fusion technology
- Control techniques
- Smart Machines & Factories Journal
Rotary friction welding: an efficient and cost-effective means to joining a wide variety of materials – 10am UK, Tue Oct 5 2021
As a fabrication process, welding has been utilized within manufacturing for decades. Traditional welding methods, however, aren’t always suitable for components intended for use within high-impact applications, such as drilling, automotive or power generation. Friction welding delivers an enhanced level of weld integrity, that in turn delivers a superior end product/component. Rotary and linear friction techniques can satisfy industrial joining needs across multiple sectors, though its utilization is still relatively low across the wider manufacturing spectrum, despite affording a number of significant advantages, such as: superior joint strength, very low risk for safety critical joints, fast weld times, economical, flexibility to weld wide range of similar & dissimilar materials.
Digital Transformation – 10am UK, Tue Sep 14 2021
Digital Transformation in the UK – How to turbo-charge adoption rates, leading to business and operational advantages
While an increasing number of enterprise companies and some SMEs are adopting digitally transformative technology, the UK continues to fall behind other nations, including the US and Germany. What can be done to further evangelise the benefits of digitally transformative concepts to improve efficiency and competitive perspective? How can clearer definitions concepts – like IIoT, Industry 4.0 Smart Factory, Digital Twins, Machine Learning, Analytics and AI – be promoted more clearly?
Maintenance 4.0 – July 2021
Maintenance 4.0 is a machine-assisted digital form of all the things we have being doing for the past 40 years to ensure our assets deliver value for our organisations. Maintenance 4.0 includes a holistic view of sources of data, ways to connect it, ways to collect it, and ways to analyse it.
Discussions will include technologies, strategies and solutions to implement and transition to a digital, “Maintenance 4.0” era.
Robotics & Advanced Automation – May 2021
Robotic Process Automation (RPA) is considered to be a critical priority of Digital Transformation (DX). But organisations must also focus on a long-term intelligent automation strategy.
Across a multitude of industries, challenged by the diversification of end-user needs and labour shortages, automation can handle advanced work demands and changes.
But robots no longer need to work alone; collaborative robots work hand-in-hand with humans, balancing safety with the need for flexibility and productivity.
Plant Safety and Security – March 2021
Do safety and security in industrial plants need rethinking? The future of process is digital, which creates many opportunities for plant operators to enhance efficiency, increase flexibility and make their plants future-proof. However, there is a downside: threats to plant security arising from rapidly growing and increasingly sophisticated cyber criminality.
Safe automation must now encompass more than just emergency shutdown, but also provide effective protection against cyberattacks.
Industrial Networks, IIOT and Communications – January 2021
Connectivity is a one-word summary for Industry 4.0 revolution. From fieldbus to industrial Ethernet, from proprietary technologies to open standards, the evolution of network technologies has improved productivity and increased the interoperability of communication.
Industrial networking and IIoT are complementary. The importance of Internet of Things (IoT) and Industrial IoT (IIoT) have increased dramatically with massive numbers of interconnected devices, but at the cost of new cybersecurity challenges.