Additive Manufacturing – from the race track to space
Additive Manufacturing – from the race track to space
The latest news from the engineering word
Discover images from recent editions of the show
Find videos, clips and interviews
Read recent press releases and articles
Download the most recent post-show report
Read recent blog post and interviews
The latest news from the engineering word
Discover images from recent editions of the show
Find videos, clips and interviews
Read recent press releases and articles
Download the most recent post-show report
Read recent blog post and interviews
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Additive Manufacturing – from the race track to space
How you can approach the complexities of working towards Net Zero
The use of traditional carbon and glass fibre-based composites across industries is nowadays heavily challenged by environmental questions that arise due to their high carbon footprint and lack of efficient and industrial processes to recycle or dispose of the laminates at their end-of-life. Plant based natural fibres offer very encouraging numbers both in terms of their global warming potential and a mechanical point of view. Tomorrow’s mobility needs to become more sustainable, and this means we also must focus on large-scale mass transportation applications to maximise sustainable impact. The potential of sustainable lightweighting in aerospace applications is significant, with other mass transportation sectors like buses and trains also showing big potential for sustainable interiors.
Panel Session: Making NetZero and a sustainable future happen
We are facing the rapid evolution of the automobile market towards
electric vehicles. In this session we will discuss how additive
manufacturing can reduce product development cycle and enable faster
go-to-market, through some real cases. For example, focusing on EV fluid
systems, how we can reduce energy requirements, achieve balanced
cooling, or reduce package space and noise.
A newly invented material manufacturing process, which can significantly cut down the energy uses and revolutionise the semiconductor industry. The method for making semiconductor materials at low temperature is based on substrates having to undergo some initial preparatory steps prior to the deposition of silicon, at temperatures less than 400°C.
In the presentation I will aim to cover: 1. High Power Charging (HPC) – Introduction, Technology, Benchmarking, Hurdles to wide-scale deployment and market outlook 2. Battery Swapping as an emerging alternative – Development, Technology, Benefits and Scepticism, Chinese case studies, Battery as a Service (BaaS) business model.
Industry’s next revolution? What is my “UBER” or “AirBNB”? A question increasingly heard in the boardrooms of classic engineering, manufacturing and production industries. How will the digital disruption that these organisations bring to their sectors, impact the industrial world? Nobody knows disruption in business models better than industrial organisations.
Strategic Direction for the UK Composites Sector
Innovative EV battery and underbody shield designs
Keynote session: The Future of the UK composite sector – The UK Composites Sector in Numbers
Many manufacturers are looking to embark on digital transformation projects and these can come in many different forms. Ensuring that all functions of the business are considered means that there needs to be a central point to the project. This is naturally the ERP system but how do you put ERP at the heart of your digital transformation project?
The Climate for Net Zero: Policy, Technology and Support
The Smart Factory Journey – A roadmap to connected manufacturing
Composites in Motorsport: Tomorrow’s Technologies Today
Smart manufacturing strategy: where should I start?
Highlights and lesson learnt in federating ICT platforms in the EFPF project
Solving the service challenge with the help of connected technology and IoT
How AI-based solutions can enhance production efficiencies, while improving sustainability and reducing waste for advanced manufacturers
Benefits of Simulation-Driven Design for Mechanical, Electrical and Thermal Applications
What are the barriers to adoption for most manufacturers for new technologies, how can technology companies better serve