Optical Thin-Film Development
Support coatings, transparent conductors and functional layer stacks.
Industries we serve
Advanced thin-film process development for photonics, optical coatings, OLEDs, detectors and optoelectronic materials research.
Moorfield systems help research teams develop optical coatings, detector stacks, transparent conductive films and functional photonic materials with flexible deposition and plasma processing workflows.
Support coatings, transparent conductors and functional layer stacks.
Support detectors, OLEDs and optoelectronic material studies.
Combine deposition, etch and thermal workflows around research goals.
Provide accessible capability for university and R&D laboratories.
Match source, substrate and process requirements to the research objective.
Use modular options to build the required workflow.
Run controlled, repeatable deposition or plasma steps.
Iterate recipes as materials and applications evolve.
| Recommended platforms | nanoPVD, MiniLab Series, nanoETCH and nanoANNEAL |
| Relevant workflows | Optical coatings, waveguides, detector stacks and transparent conductive films |
| Research value | Flexible local process development for photonics and optoelectronics teams |
| Product selector | Use the industry selector to match product families to the application |
Explore scientific references connected to Moorfield thin-film deposition and plasma processing systems across semiconductor R&D, 2D materials, photonics, energy materials and advanced coatings.
| Research need | Moorfield approach | Conventional enterprise systems |
|---|---|---|
| Experimental agility | Local, configurable capability for rapid process development. | Often tied to shared schedules and fixed production-derived processes. |
| Operational burden | Compact research infrastructure with lower facility complexity. | Higher infrastructure, training and service overheads. |
| Long-term adaptability | Configurable options as research programmes change. | Reconfiguration can require larger projects and longer lead times. |
Yes. MiniLab systems are designed for universities, R&D facilities and pilot-scale process development where flexibility and repeatability are important.
Yes. MiniLab platforms can support configurations involving sputtering, thermal evaporation, low-temperature evaporation and other process modules depending on the model and project requirements.
They provide configurable hardware, recipe-led operation and compact research infrastructure that helps teams iterate without relying only on large central facilities.
Thin-film platforms for photonics and optoelectronics research.