Thin Film
MicroSpray ultrasonic spray systems serve precision manufacturing and R&D across six major sectors — from FDA-regulated medical device coating to advanced semiconductor thin-film deposition.
Medical Devices
Ultrasonic spray enables uniform, contamination-free coatings on stents, catheters, blood collection tubes, syringes, and auto-injectors — without blow-back in blind-hole geometries.
Energy & Clean Tech
Precise catalyst ink deposition on fuel cell membranes, PEM electrolyzers, and solar cell substrates maximizes active surface area and minimizes platinum group metal loading.
Electronics & Nano
Conductive ink printing, nanoparticle deposition, and electrode fabrication demand micron-level uniformity. Ultrasonic atomization keeps nanomaterials in suspension without agglomeration.
Research & Materials
From spray pyrolysis to quantum dot synthesis, researchers worldwide rely on MicroSpray for reproducible thin-film deposition in atmospheric and vacuum environments.
Pharmaceutical
Drug layering, active pharmaceutical ingredient (API) coating, and controlled-release formulations require validated, cGMP-compatible spray processes with tight droplet size control.
Semiconductor & Display
Photoresist deposition, dielectric layers, and functional thin films for flat panel displays, MEMS, and advanced semiconductor packaging demand angstrom-level thickness control.
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