Aerospace & Robotics.

Aerospace and robotics industries require components that deliver maximum output with minimum weight. By combining magnetic performance, structural robustness, and design freedom, our technologies open new opportunities for engineers developing next‑generation platforms.

Friction Shims

Friction Shims strengthen high‑load bolted joints without adding unnecessary weight - ideal for aerospace structures, robotics systems, and dynamic mechanical interfaces.

Key Benefits of Friction Shims in Aerospace & Robotics :

• Low weight added to bolted connections
• High robustness and reliability
• Test data available to support material selection
• Agile: higher flexibility enabling faster, smoother movement

Soft Magnetic Composites (SMC)

SMC enables compact, energy‑efficient electrical systems designed for constrained spaces and harsh operating environments.

Key Benefits of SMC in Aerospace & Robotics :

• Compact designs for high‑density motors and actuators
• Higher efficiency in SMC‑based motor systems
• Significant weight reduction for improved energy consumption
• European supply chain for stable, traceable sourcing
• Greater design freedom for customized system geometries
• Material properties suitable for space environments
• Reduced material consumption during manufacturing

Our technologies serve a wide range of applications across aerospace and robotics, including electric propulsion assemblies, magnetically driven actuation systems, structural interfaces requiring enhanced friction performance, lightweight mobility platforms and components designed for operation in vacuum, extreme temperatures or high‑vibration environments. Whether the goal is to reduce weight, improve efficiency or stabilise mechanical functions, we help translate advanced material capabilities into practical engineering solutions.