Choose the coating process around your material and scale.
Technical guidance for researchers comparing thin-film methods, equipment and scale-up paths.
Slot-die coating equipment for scalable thin-film research
Move from laboratory formulations to repeatable, material-efficient coating processes with controlled speed, flow, temperature and substrate conditions.
Read technical guide02Spin coating equipment for repeatable laboratory thin films
Create uniform thin films with programmable speed, acceleration and multi-stage recipes in a stainless-steel laboratory platform.
Read technical guide03Blade coating and doctor-blade equipment for laboratory R&D
Control gap, speed and temperature for reproducible films on rigid or flexible substrates, from compact glovebox work to combined deposition studies.
Read technical guide04Coating equipment for perovskite solar-cell research and scale-up
Connect spin-coated laboratory devices to blade and slot-die process development with repeatable deposition, heating and drying conditions.
Read technical guide05Laboratory coating equipment for battery electrodes and energy storage
Develop repeatable electrode films with controlled blade gap, coating speed, substrate temperature and drying conditions.
Read technical guide06Thin-film coating systems for printed and flexible electronics
Deposit conductive inks, electrodes and functional layers with controlled spin, blade or slot-die processes.
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