FOM omegaR2R
FOM omegaR2R is a versatile lab-scale roll-to-roll slot-die coater designed to replicate pilot-scale coating processes with precision, reproducibility, and scalability. Its modular design and multiple drying options (IR, UV, hot air) enable seamless adaptation to evolving research needs to safeguard your investment.
FOM omegaR2R enables researchers to accelerate and perfect their processes, thereby bridging the gap between lab-scale research and pilot-scale production.
Key features
- Desktop roll-to-roll slot-die coater
- Fully motorized coating bridge
- Non-contact coating with μm precision
- Coating width from 1 mm to 300 mm
- Upload or save coating recipe through cloud-based repository
- Modular oven system (Hot air, IR, UV, hot air/IR) – sections of 250/500 mm (Up to 2m drying in total)
- Software-controlled syringe pump
- Excellent layer uniformity and repeatability
- Remote support & troubleshooting
- Broad viscosity range
High throughput desktop roll-to-roll coater
Advanced coating. Lab-scale versatility.
FOM omegaR2R is a high-precision roll-to-roll slot-die coater designed to replicate industrial coating processes at lab scale. With an adaptable coating width from 1 to 300 mm, it supports a wide range of applications—from early-stage material screening to pilot-scale formats—giving researchers full control as they scale their innovations.
Modular by nature. Built for change.
FOM omegaR2R features a fully modular platform that allows easy integration and upgrades. Whether adjusting for new substrates, slot-die heads, or process requirements, the system evolves alongside your research—protecting your investment and supporting long-term development.
Flexible drying for diverse applications.
Equipped with interchangeable drying modules—including infrared (IR), ultraviolet (UV), and hot air—FOM omegaR2R supports a variety of material systems and research needs. This drying flexibility ensures optimal performance and process control, no matter the formulation.
Smart software. Consistent results.
An intuitive software interface gives researchers precise control over coating parameters and enables recipe saving for repeatable, high-quality results. Combined with motorized slot-die positioning and real-time monitoring, it streamlines workflows and enhances reproducibility across experiments.
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FOM Technologies coating equipment supports cutting-edge research into 3rd generation solar cells, OLED and electrochromic devices, fuel cells, batteries, sensors, membranes, printed electronics, medical diagnostics, conductive thin films, and more.