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International Symposium on Piezocomposite Applications (ISPA) 2026

The International Symposium on Piezocomposite Applications (ISPA) is an international platform focused on piezoceramic composite technologies and their applications in extreme environments and mission-critical systems. The symposium brings together researchers, engineers, and industry professionals working to advance piezocomposite materials and their use in demanding real-world applications, ranging from deep-ocean systems to aerospace and space technologies, as well as from microscale sensors to large structural propulsion systems.

ISPA addresses the complete piezocomposite value chain, covering piezoceramic and other piezoelectric materials, component technologies, and industrial applications, while also considering regulatory requirements governing the manufacture and use of these materials. Particular attention is given to advanced characterization methods and devices.

Key Technical Areas:

  • Underwater Applications: Piezocomposites for underwater communication, sonar, autonomous underwater vehicles, and energy harvesting for self-powered sensors.
  • Ultrasound Applications: Medical ultrasound, non-destructive testing (NDT), structural condition monitoring, ultrasound tomography, and acoustic scanning microscopy.
  • Electromechanical Applications: Piezocomposite actuators and transducers for de-icing, vibration control, and shape modification.
  • Extreme-Environment Applications: Piezoelectric composite technologies designed for extreme thermal, mechanical, and chemical conditions across aerospace, marine, energy, mobility, and emerging industrial sectors.

The symposium programme includes keynote presentations, technical lectures, poster sessions, and an industry exhibition, along with networking opportunities that facilitate knowledge exchange and collaboration between research and industry.

About Fraunhofer IKTS

The Fraunhofer Institute for Ceramic Technologies and Systems (IKTS) has been developing advanced ceramic materials and technologies for more than 30 years, supporting applications across a steadily expanding range of industries. Its research activities are driven by the requirements of nine market-oriented business divisions, complemented by strategic preliminary research at a high scientific level.

Fraunhofer IKTS develops complete system solutions and services while addressing specific technological challenges faced by industry and research partners. Its expertise in characterizing materials, components, and systems throughout their life cycles provides a comprehensive data foundation for accelerating new developments.

With more than 40,000 m² of state-of-the-art facilities, specialized equipment, and experienced research teams, Fraunhofer IKTS supports companies and research organizations in exploiting the properties of ceramic materials for new and improved applications.

Core Areas of Expertise:

  • Materials: Qualification and development of ceramics, hardmetals, and composites, including advanced manufacturing processes, laboratory-to-pilot-scale technology transfer, prototyping, pilot production, and quality processes.
  • Process Engineering: Development of ceramic-based systems for energy-efficient separation processes, chemical mass transfer, and materials recovery, with a focus on sustainable resource use and closed material cycles.
  • Data-Driven Analytics and Monitoring: Advanced material and product characterization using sensor technologies, robotic measurements, cloud-based data acquisition, and AI-supported data analysis. The institute also develops inspection systems for condition monitoring of manufacturing facilities.
  • System Demonstration: Development and validation of prototypes and technological systems based on market and customer requirements, including performance analysis, production processes, quality systems, and technology transfer toward series production.
  • Project Management: Management of research projects ranging from short-term industrial support to large-scale international programmes, including project coordination, communication, and exploitation strategies.
  • Quality Management: Fraunhofer IKTS operates according to DIN EN ISO 9001 and DIN EN ISO 14001, with additional certifications including EN ISO 13485:2016 and regular industry audits supporting quality, traceability, transparency, and sustainability.
  • Networks: Active participation in regional, national, and international alliances and research networks enables Fraunhofer IKTS to identify complementary expertise and develop collaborative solutions for future products and technologies.

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