Advanced level | FOM omicronR2R
The FOM omicronR2R is a compact, versatile R2R slot-die coater. Its modular design and multiple drying options enable seamless adaptation to evolving research needs to safeguard your investment.
The FOM omicronR2R enables researchers to accelerate and perfect their processes at lab-scale using formats common to pilot-scale.
Key features
- Small footprint roll-to-roll slot-die coater
- Seamless fume hood and glove box integration
- Fully motorized (x-y-z) coating bridge
- Non-contact coating with μm precision
- Coating width from 1 mm to 200 mm
- Intuitive coating software and recipe control
- Modular oven system (Hot air, IR, UV, hot air/IR) – sections of 250 mm or 500 mm.
- Software-controlled syringe pump
- Excellent layer uniformity and repeatability
- Remote support & troubleshooting
- Broad viscosity range
Lab-scale R2R slot-die coater
Small footprint, large coating
The FOM omicronR2R empowers researchers to accelerate and refine their coating processes. With an adaptable coating width ranging from 1 to 200 mm, it supports everything from early-stage experimental coatings to pilot-scale formats. This flexibility enables researchers to screen multiple coating combinations efficiently and fine-tune their recipes before scaling up.
Modular Drying. Maximum Flexibility.
Designed for customizability, the modular design with multiple drying options—including infrared (IR), ultraviolet (UV), and hot air—enables seamless adaptation to evolving research needs. This flexibility allows users to tailor the coating setup to specific material systems and process requirements, whether working with sensitive polymers, nanomaterials, or advanced energy devices. By supporting a wide range of drying strategies within a single platform, the system not only enhances process control but also safeguards your investment by future-proofing your setup as research directions develop over time.
Intuitive. Precise. Reproducible
The intuitive coating software ensures high-precision depositions and coating protocol saving, delivering consistent, reproducible quality coating results again and again. With a user-friendly interface tailored for both novice and experienced researchers, the software allows full control of process parameters and recipe storage.
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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.