Additively Manufactured Electronics (AME) integrates electronics into 3D structures for weight reduction and design flexibility while reducing material waste and accelerating production cycles.
How it works
To achieve fine resolution (≤100 μm) and high speed (>2 m/s). A surface is coated with conductive material (silver/copper). Laser ablation for fine-feature tracks. Laser sintering for conductivity. Alternatively mask ablation followed by copper electroless plating for near bulk conductivity.
Applications
- Frequency Selective Shielding (FSS)
- Antennas, capacitive elements, frequency-selective surfaces on complex 3D geometries.
- Aerospace, automotive, and consumer electronics.
Benefits
- Large component compatibility.
- Tuneable conductivity.
- Improved design flexibility and reduced time-to-market.
