Ultrasonic Nozzle Face — Side View of Atomization
MicroSpray ultrasonic nozzle aerosolizing solvent at 0.3 mL/min, 18 µm droplet size, with no air

Image Gallery

Videos and photos of MicroSpray nozzles, spray patterns and coating systems

Videos

Zero-Air Nozzle — Open Air Spray

Zero-Air Nozzle — Open Air Spray

Zero-Air Nozzle spraying into an open-air environment using isopropyl alcohol for visibility. Footage slowed to 40% to highlight spray pattern uniformity and droplet behavior.

Blood Collection Tube Coating

Blood Collection Tube Coating

Ultrasonic nozzle dosing 30 µL heparin onto a blood collection tube, 1 sec cycle time, 1 million per month production, demonstrating throughput and repeatability for medical device manufacturing.

Zirconia Ceramic Vortex — 60 kHz

Zirconia Ceramic Vortex — 60 kHz

60 kHz zirconia ceramic Vortex Nozzle in operation, showcasing the durability and performance of ceramic construction for high-wear coating applications.

Zero-Air Nozzle — Glass Vial Coating

Zero-Air Nozzle — Glass Vial Coating

Zero-Air Nozzle coating a glass vial interior with isopropyl alcohol for visibility. Footage slowed to 40% to demonstrate precision coverage on curved substrates.

Vortex Nozzle Spray Demo

Vortex Nozzle Spray Demo

Vortex Nozzle producing a wide-pattern spray using isopropyl alcohol for visibility. Footage slowed to 40% to reveal the characteristic conical spray geometry.

High-Speed Zero-Air Atomization

High-Speed Zero-Air Atomization

Ultra-high-speed capture of a Zero-Air Nozzle face atomizing at approximately 100,000 fps, revealing the atomization process at the nozzle tip in unprecedented detail.

High-Speed Atomization of Potassium Carbonate Solution

High-Speed Atomization of Potassium Carbonate Solution

Ultrasonic nozzle atomizing a potassium carbonate (K₂CO₃) solution at 1 mL/min and 7 W, captured at 1,000 frames per second with a 1 µs exposure; frames 100–200 of the sequence, played back at 10 frames per second. Compliments of the US DOE National Energy Technology Laboratory (NETL).

Focused Nozzle Tip — Water Atomization

Focused Nozzle Tip — Water Atomization

Close-up of a focused nozzle tip atomizing water at 0.5 mL/min, demonstrating the fine droplet stream produced by the precision-engineered tip geometry.

6-Inch Wafer Under Vortex Nozzle

6-Inch Wafer Under Vortex Nozzle

Vortex Nozzle depositing water across a 6-inch wafer, demonstrating uniform coverage over large-area substrates for semiconductor and thin-film applications.

How Ultrasonic Spray Nozzles Work

Overview of MicroSpray ultrasonic atomization technology and nozzle operation

Blood Collection Tube Coating

Ultrasonic nozzle coating process for BCT manufacturing

Photos

Focused Nozzle Spray Pattern
Focused Nozzle Spray Pattern
Blood Collection Tube Coater
Blood Collection Tube Coater
ThermalSpray™ High-Temperature Ultrasonic Nozzle
ThermalSpray™ High-Temperature Ultrasonic Nozzle
Vacuum Flange Mount Nozzle Assembly
Vacuum Flange Mount Nozzle Assembly
Vortex Ultrasonic Spray Nozzle
Vortex Ultrasonic Spray Nozzle
SEM Image of Ultrasonic Spray Thin-Film Coating
SEM Image of Ultrasonic Spray Thin-Film Coating
Secondary electron SEM image of a sub-micron alumina thin film on Kapton polyimide, 1 µm scale bar
Secondary electron SEM image of a sub-micron alumina thin film on Kapton polyimide, 1 µm scale bar
Cross-section drawing of a laboratory reactor with a side-mounted ultrasonic nozzle spraying into a heated tube, oxygen or argon inlet at the top (Colorado School of Mines)
Cross-section drawing of a laboratory reactor with a side-mounted ultrasonic nozzle spraying into a heated tube, oxygen or argon inlet at the top (Colorado School of Mines)
Close-up of a MicroSpray ultrasonic nozzle tip atomizing liquid into a fine spray stream, photographed against a black background
Close-up of a MicroSpray ultrasonic nozzle tip atomizing liquid into a fine spray stream, photographed against a black background

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