HaikuTech showcases advanced manufacturing solutions at major international events
During spring 2026, AMPS project partner HaikuTech actively participated in a series of international conferences and trade fairs, strengthening the visibility of advanced manufacturing technologies for Solid Oxide Cells (SOCs) and engaging with industrial stakeholders across multiple sectors.
The company's activities covered a broad range of events, from ceramics and microelectronics to hydrogen and advanced manufacturing technologies:
- DKG Fachgebiet Meeting on Ceramics for Energy Storage and Energy Conversion, Cologne (Germany), 11–12 March 2026
- IMAPS Spring Seminar, Stuttgart (Germany), 17 March 2026
- Productronica India, New Delhi (India), 8–10 April 2026
- Hannover Messe, Hannover (Germany), 20–24 April 2026
- Ceramics Expo, Cleveland, Ohio (USA), 5–6 May 2026
- 7th European Conference Hydrogen & P2X, Copenhagen (Denmark), 9–10 June 2026
These events provided valuable opportunities to present HaikuTech's expertise in machine vision systems and AI-based quality control solutions, technologies that are directly contributing to the objectives of the AMPS project.
A particular focus was placed on the High-Resolution Automatic Visual Inspection System being developed within AMPS. The system combines machine vision and deep-learning algorithms to detect microscopic defects in ceramic tapes and SOC components, supporting higher production quality, improved manufacturing yields and reduced production costs.
Participation in such a diverse range of events reflects the growing interest in digitalisation, automation and quality control technologies for next-generation energy devices. It also highlights the importance of cross-sector collaboration between the ceramics, microelectronics and hydrogen industries to accelerate the industrial deployment of Solid Oxide Cell technologies.
By engaging with manufacturers, researchers and technology providers worldwide, HaikuTech continues to contribute to one of the core ambitions of AMPS: enabling scalable, cost-effective and high-quality manufacturing processes for future SOFC and SOEC systems.
