is in the air
High end automated inspection
solutions for aircraft production
who we are.
The aviation industry is on the cusp of the fourth industrial revolution. What is needed to secure its future is an increase in efficiency, speed and productivity – and thus a significantly higher degree of automation. However, the special conditions of this industry make it necessary to adopt a new approach.
By combining innovative measurement, automation and imaging technology with in-depth aviation experience and a close proximity to research,
3D.aero offers the system intelligence needed to bring about the necessary changes.
With our solutions for challenging automation tasks, we enable manufacturers and maintenance providers in the aviation industry to take the next step in the digital transformation.
what we do.
3D.aero unites the passion of two market leaders:
Pepperl+Fuchs as a pioneer and innovator in the areas of industrial sensor technology and process automation, and Lufthansa Technik as the world‘s leading manufacturer-independent maintenance company for the civil aviation industry.
what others say.
3D.aero will enable us to keep pursuing our Industry 4.0 strategy and use this know-how for our processes and products.
Thanks to this joint venture, we are now able to apply our long-term expertise in industrial automation in the aviation industry as well.
The startup combines academic research with industrial technology transfer. Thanks to this cooperation it will be possible to cover projects from fundamentals to application in the field of aircraft production and maintenance.
Our team unites special digital expertise with a technology startup’s passion for automation.
DO YOU WANT TO BECOME A PART?
Control trade fair 2019 in Stuttgart
Visit us at our joint booth with company ‘heliotis’ in exhibition hall 7 – booth 7222 from 07.–10. May 2019 in Stuttgart.
Joint R&D project between Pepperl+Fuchs and 3D.aero
3D.aero and Pepperl+Fuchs cooperate in the governmentally funded research and development project ‘industrial indoor localization’.