Applus+ Laboratories to exhibit at JEC World 2022
Applus+ Laboratories will be at JEC World 2022, Booth 6-E51. We will be exhibiting our comprehensive testing and engineering solutions for each and every composite material, and we will be happy to discuss the ways in which we can adapt our services to the needs of interested visitors at the event.
A notable part of our exhibition will be a special demonstration of A+ Glide Forming – our manufacturing process for aircraft stringers which was selected as a finalist for the JEC Innovation Awards in 2019. Our engineers have further advanced this unique technology and it is now 100% ready for industry.
Our colleagues from IMA Dresden will be at Booth 5-C80.
- Start date: 03/05/2022
- End date: 05/05/2022
- City: Paris
- Country: France
- Event Website: https://www.jeccomposites.com/events/jec-world-2022/
Fostering innovation and excellence across the composite materials industry
Applus+ Laboratories partners with composite producers and manufacturing companies in the aerospace, automotive, wind power, and railway industries. Over the last 15 years, we have developed a portfolio of advanced testing and engineering solutions with the objective of fostering innovation and excellence across the wider composite materials industry.
Key services we will exhibit at the event
- End-to-end composite material testing services to optimise the design and functionality of products and components.
- Structural testing: from component level right up to full-scale tests of complete aircraft and wind turbine rotor blades, we perform structural testing plans to support our clients from R&D to validation.
- Bespoke testing equipment: integrating our testing expertise with multi-disciplinary engineering capabilities, we provide advanced, bespoke equipment for our clients to test and improve their products, including automated NDT inspection systems.
- A+ Glide Forming: a highly productive, automated process for producing top-quality carbon fibre structural reinforcements in all the shapes and sizes required. The system requires less energy consumption, wastes less material as scrap, and is a cheaper process than any of its alternatives on the market.