TracXon – Hybrid & Printed Electronics Manufacturing
TracXon B.V., based in Eindhoven, Netherlands, is one of the global leaders and innovators in functional printing and hybrid electronics. As a spin-off from TNO Holst Centre, the company combines cutting-edge R&D with scalable manufacturing to deliver integrated, flexible, and sustainable electronics.
TracXon’s core mission is to position printed and hybrid electronics as a high-performance, technically viable alternative to traditional rigid PCBs. By focusing on product development and productionisation, TracXon is enabling next-generation electronics across healthcare, wearables, industrial sensing, and smart surfaces.
Core Capabilities
Production Techniques
TracXon’s manufacturing platform integrates both sheet-to-sheet (S2S) and roll-to-roll (R2R) technologies, with capabilities including:
- Screen & stencil printing
- Photonic sintering
- SMD and R2R component assembly
- Underfill/glob-top dispensing
- High-pressure forming, lamination, reflow, and curing ovens
Functional Materials Expertise
- Conductive, dielectric, resistive, piezoelectric, electrochromic, electroluminescent, solder pastes, and advanced inks/adhesives
- Focus on additive, low-waste processes with recyclable or biodegradable materials
Application Areas
LED Foils for Lighting & Signage:
LED Foils for Lighting & Signage:
LED Foils for Lighting & Signage:
Flexible, large-area substrates with printed circuitry and integrated RGB/mono LEDs, ideal for ambient surfaces or architectural integration.
Healthcare & Wearable Sensors:
LED Foils for Lighting & Signage:
LED Foils for Lighting & Signage:
Printed arrays for pressure, motion, strain, temperature, and impedance sensing—engineered for skin, garments, or embedded use.
Battery Management Systems:
Ultra-thin printed NTC temperature and pressure sensors for integration in lithium-ion cell stacks, enhancing safety and thermal control.
R2R Flexible Circuits:
High-throughput manufacturing of multilayer circuits on PET or PEN film—ranging from cm² to m² in size at over 10 m/min.