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T: +46 (0)738 92 08 67
E: info@con-science.se

Precision-crafted. Fully customizable. Ready for innovation.

At our state-of-the-art foundry, we offer custom-designed Organic Field-Effect Transistors (OFETs) tailored to meet the exacting needs of advanced research, prototyping, and product development. Whether you're exploring new materials or scaling breakthrough devices, our fabrication capabilities empower you to push the boundaries of organic electronics.

Key Features & Capabilities:

• Sub-20nm Precision: Achieve exceptional resolution and patterning accuracy down to sub-micron and even sub-20nm scales.
• Tailored Dimensions: Specify custom device geometries with complete control over channel lengths, widths, and layer thicknesses.
• Advanced Metallization: Configure source/drain contact metallization and integrate VIAs to the substrate for back-gate biasing and multi-layer design architectures.
• Material Flexibility: Supply your own organic semiconductor material or work with us to select optimal options for your application.
• Custom Packaging: All OFET chips are securely and professionally packaged for safe transport and easy handling.

Applications:

Ideal for use in flexible electronics, sensors, wearables, display technologies, and academic or industrial R&D where organic semiconductors are critical.

Whether you're a university lab, a research institute, or a tech innovator, our custom OFET foundry service delivers unmatched flexibility, precision, and reliability.

Testimonials:

“I have been using ConScience for years and they always deliver an excellent product in an efficient and professional manner. I have co-authored several high impact papers in top journals such as GDCh and Adv. Func. Mat. which have incorporated their organic devices.”

- Matteo Palma (Professor,  Queen Mary Univ. of London) 

“We ordered some field effect transistors for testing organic semiconducting polymers synthesised in our lab from ConScience. From product design to delivery, ConScience and Joachim have been great at keeping me updated with fabrication and shipment. As for the product itself, they are immaculate, reliable and durable. We have got some great results with them enabling us to obtain high throughput of our research. We will definitely keep using them as a supplier for OFETs.”

- Peter Gilhooly-Finn, Department of Chemistry, University College London

Let’s build the future of organic electronics—your way.

Contact us today to discuss your specifications or request a custom quote.

References:

1. Ye, Qingyu, et al. "Solution‐Processable Carbon Nanotube Nanohybrids for Multiplexed Photoresponsive Devices."Adv. Func. Mater. 31(45), 2105719 (2021)
2. Xu, Xinzhao, et al. "Directed assembly of multiplexed single chirality carbon nanotube devices.“

   J. Appl. Phys. 129, 024305 (2021)

3. Xu, Xinzhao, et al. "Tuning electrostatic gating of semiconducting carbon nanotubes by controlling protein orientation in biosensing devices." Angewandte Chemie Int. Ed. 60(37), 20184-20189(2021)

   
   

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Disclaimer

ConScience AB offers and sells custom nanofabrication services by request. ConScience AB makes no claim to copyrighted materials or methods externally provided and sells only services requested – which are tailored toward customer demands. ConScience AB performs custom nanofabrication within a wide spectrum of fields and therefore, cannot reasonably assess FTO upon every request. As such, ConScience AB operates in good faith with customers under the assumption that customers have rights to use all designs provided and requested. Upon entering into a contract with ConScience AB, the customer agrees to assume liability for the designs and methods provided.