Whitepaper CY10L – Laser-based selective metallisation for 3D electronics 2026

Whitepaper CY10L – Laser-based selective metallisation for 3D electronics 2026

Frequency selective shield on doubly curved substrate

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Q5D manufactured 3-sided laptop antenna

 

WHITEPAPER:

Q5D Laser-Based Metallisation for 3D Electronics

  • Company Overview: Q5D is a UK-based robotics and software company specializing in Additively Manufactured Electronics (AME) using advanced CAD/CAM and 5-axis robotic platforms.
  • AME Benefits:
    • Integrates electronics into 3D structures for weight reduction and design flexibility.
    • Reduces material waste and accelerates production cycles.
    • Market projected to reach $60B by 2030.
  • Q5D Technology:
    • CY10-L machine: 5-axis platform with 100W fibre laser and ultrasonic spray deposition.
    • Handles large parts (up to 1 × 0.5 × 0.5 m).
    • Achieves fine resolution (≤100 μm) and high speed (>2 m/s).
    • Fully digital workflow for automation and scalability.
  • Process Steps:
    • Coat surface 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
  • Advantages Over Competing Methods:
    • Substrate agnostic and highly versatile.
    • Eliminates reliance on intermediary films or specialist substrates.
    • Faster and more precise than inkjet or LDS.
  • Applications:
    • Antennas, capacitive elements, frequency-selective surfaces on complex 3D geometries.
    • Aerospace, automotive, and consumer electronics.
  • Key Benefits:
    • Large component compatibility.
    • Tuneable conductivity.
    • Improved design flexibility and reduced time-to-market.

Whitepaper:

To access the whitepaper – Please click here

 

By Last Updated: 8 January 2026

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Frequency selective shield on doubly curved substrate

Ready to see Q5D in action?
Contact us to discuss your project.