FOM nanoRC - Entry-level
Lab-Scale Precision for Thin-Film Research
The FOM nanoRC is the ultimate entry-point for researchers and engineers looking to transition from inefficient coating methods to the scalable, high-precision world of slot die coating. This compact and user-friendly machine is specifically designed to replicate complex, large-scale roll-to-roll coating processes on a small, lab-scale footprint.
Developed with years of expertise in functional materials, the nanoRC provides a simple and reliable route for producing precise, uniform thin films from a wide range of solution-based precursors. Whether you’re working with flexible substrates for organic photovoltaics (OPV), perovskite solar cells, batteries, or other advanced materials, the nanoRC is your essential tool for achieving reproducible, high-quality results.
Developed with years of expertise in functional materials, the nanoRC provides a simple and reliable route for producing precise, uniform thin films from a wide range of solution-based precursors. Whether you’re working with flexible substrates for organic photovoltaics (OPV), perovskite solar cells, batteries, or other advanced materials, the nanoRC is your essential tool for achieving reproducible, high-quality results.
Advantages Over Spin Coating
Unlike spin coating, the FOM nanoRC minimizes material waste and supports scalable, continuous coating of flexible substrates, making it suitable for advanced research in organic photovoltaics, OLEDs, printed electronics, sensors, and more.
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Move Beyond Spin Coating
Traditional spin coating is limited by substrate size, batch processing challenges, and significant material waste—making it less suitable for industrial applications. The FOM nanoRC overcomes these limitations by replicating the roll-to-roll coating process at a laboratory scale, supporting high-throughput experimental design. Developed in collaboration with leading researchers and industry partners, it empowers both academic and industrial users to seamlessly transfer their thin film expertise to scalable slot-die coating protocols with minimal investment.
Proof of Scalability, Minimal Resource Use
Whether you’re conducting fundamental research or developing new products, the FOM nanoRC provides clear, direct evidence of scalability—without the high material costs or complexity of full-scale pilot lines. Experience efficient, reproducible thin film coating and accelerate your innovation with the FOM nanoRC.
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FEATURES
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FEATURES
- Lab-Scale Simulation of R2R: Mimic industrial roll-to-roll processes in a compact lab environment, providing direct proof of scalability for your research.
- Superior Material Efficiency: Dramatically reduce material waste compared to traditional spin coating, saving you valuable time and resources.
- High-Precision Coating: Achieve uniform dry film thicknesses from nanometers to microns with non-contact coating technology and µm precision.
- Flexible Substrate Compatibility: Designed to handle flexible substrates, making it perfect for developing next-generation flexible electronics.
- Intuitive & Easy to Use: The semi-automated process with a user-friendly HMI touch panel interface ensures a seamless user experience, even for newcomers to slot die coating.
- Integrated Drying Capabilities: Features a built-in hotplate and drying cartridges to accelerate your workflow and optimize film quality.
- Compact & Portable Design: Its small physical footprint and light weight (19 kg) make it easy to integrate into a fume hood or glove box.
- Maintenance-Free: The robust design is built for reliable, long-term performance with minimal maintenance requirements.
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SLOT DIE COATING
SLOT DIE COATING