Ultrasonic Spray Coating Nozzles
An Ultrasonic Spray Coating Machine is a highly precise system designed for uniform and repeatable thin film coating applications across multiple industries. Using ultrasonic atomisation technology, this machine converts liquid solutions into fine droplets through high-frequency vibration rather than high-pressure gas, resulting in minimal overspray, excellent transfer efficiency, and exceptional coating uniformity. The process enables the formation of smooth, pinhole-free layers that are critical for advanced manufacturing processes.
Ultrasonic spray coaters are widely used in electronics, medical, energy, automotive, aerospace, and scientific research sectors. In the electronics industry, they are ideal for applying conformal coatings, photoresists, and nanomaterials on PCBs and semiconductors. In medical device manufacturing, they deliver precise coatings for stents, balloon catheters, and biosensors, ensuring biocompatibility and performance consistency. Within the hydrogen and renewable energy sector, ultrasonic spray coaters are essential for producing catalyst layers and membrane electrode assemblies (MEAs) in fuel cells, where consistent thin film coating thickness directly affects energy conversion efficiency. Similarly, in aerospace and automotive applications, they support the deposition of protective and functional layers on sensors and components.
Ultrasonic Spray Coating Nozzles
Ultrasonic Spray Coater with Conveyor
Industrial Ultrasonic Spray Coater
Industrial Ultrasonic Spray Coater MAX
Benchtop Balloon Catheter Coating System
Desktop Ultrasonic Spray Coating System
Ultrasonic Syringe for Precision Dispersion
Stent Coating System
Industrial Balloon Catheter Coating Solutions
Ultrasonic spray coating technology is applied across a wide range of industries:
Electronics: Uniform deposition of photoresists, conformal coatings, and nanomaterials on PCBs and semiconductors.
Medical: Precise coatings on balloon catheters, stents, and diagnostic devices to ensure consistent performance.
Hydrogen & Energy: Production of catalyst layers and MEAs in fuel cells, improving performance and efficiency.
Aerospace & Automotive: Application of protective, dielectric, and functional coatings on sensors and mechanical parts.
Equipped with advanced control systems, precision metering pumps, and optional heating or vacuum platforms, the ultrasonic spray coater offers continuous and stable operation for both R&D and industrial-scale production. It allows fine control of layer thickness, reduces raw material consumption, and ensures reproducible results.
As industries move toward cleaner, more efficient manufacturing processes, ultrasonic thin film coating technology provides a reliable path to innovation, sustainability, and cost efficiency.
Ready to explore how ultrasonic thin film coating can enhance your process?
Click the button below to contact Proftek and discuss your application.
41/51 Wentworth Ave, Pagewood,
NSW 2035
Sales@prof-tek.com
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