Perovskite and air-sensitive stacks
Support glovebox-compatible workflows for moisture and oxygen-sensitive PV materials and interfaces.
Industries we serve
PV researchers need flexible deposition, anneal and interface-control workflows for perovskites, chalcogenides, transparent contacts, electrodes and early-stage device stacks.
Support glovebox-compatible workflows for moisture and oxygen-sensitive PV materials and interfaces.
Develop metal electrodes, transparent conductive layers and reactive sputtered films for device optimisation.
Explore anneal conditions for crystallisation, contact behaviour and stability studies.
Move from proof-of-concept samples toward more mature processes without immediately consuming central infrastructure.
Glovebox-compatible modular PVD for perovskites and air-sensitive PV stacks.
Sputtering platforms for electrodes, TCO-adjacent workflows and larger-area coating trials.
Rapid thermal processing for PV materials screening and device-stack optimisation.
Moorfield-linked PV examples include MiniLab systems in semitransparent solar-cell work and perovskite photostability-related publications. The MiniLab 090 is especially relevant where glovebox integration and combined deposition capability matter.
MiniLab090: Enhancing the Performance and Photostability
MiniLab systems: High-Efficiency Semitransparent Solar Cells
Sb2Se3 nanowires for PV-related research
PV research teams often need glovebox-compatible deposition, rapid thermal screening and flexible contact-layer development without waiting for high-demand shared tools. Moorfield systems support early-stage device learning, material screening and translational PV process development.