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Spraying fine particles without pressure! Atomization through the vibration of piezoelectric ceramics!! Low power consumption and low energy costs!!

【Standard Specifications】 ＝＝＝Wide Spray (Angled Type)＝＝＝ WS20K50 WS40K50 WS60K50 WS130K50 ＝＝＝Narrow Spray (Straight Type)＝＝＝ NS40K50 NS60K50 NS130K50 ＝＝＝Radical Spray (Horizontal Type)＝＝＝ CF40K50 In addition, we can also provide extended types, high-temperature compatible types, and air transport fixtures (accessories that spread particles).

Flow spray of 2 mmlit/min or less is possible!

Frequency: 48kHz / 60kHz / 130kHz Flow rate: Up to 2mmlit/min Material: Stainless steel (aluminum version available on special order) Weight: 175g / 150g / 180g

We will achieve a reduction in equipment investment and running costs.

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Atomize the coating liquid with piezo vibration! Minimal splatter and rebound without pressure! Compatible with a wide range of flow rates.

【Examples of Use】 ■ Application of special cleaning solutions in research institutes, universities, and flat panels ■ Coating of automotive-related parts ■ Liquid coating on electric wires ■ Humidification of non-woven fabrics, etc. ★ Currently offering rental of demo units! 【Demo Unit Specifications】 "WS130K (Wide Spray Type)" Frequency: 130kHz Flow Rate: Up to 20mL/min Particle Size: Approximately 10μm "WS40K (Wide Spray Type)" Frequency: 40kHz Flow Rate: Up to 50mL/min Particle Size: Approximately 30μm *For more details, please download the catalog or contact us.

It precisely sprays fine particles!

The pinpoint air transport fixture can be connected to the Narrow Spray type 60K50T or 130K50T. There is an air supply port on the side of the pinpoint air transport fixture. By adding a small amount of gas or air, the particle size becomes 250 μm, and the particles are sprayed at a pinpoint focus. The spray width varies depending on the spraying position (the spray angle widens as the distance increases). The applications of the pinpoint air transport fixture are effective for applying small amounts of liquid and for applying expensive liquids in a very narrow range. It is available in aluminum and SUS 304 materials.

It is a subcutaneous solvent delivery device that can coat evenly and thinly.

The hypodermic needle spray attachment disperses the solvent at the nozzle tip and collects particles from the center of the orifice with a small flow of gas. It can be used for controlling liquid deposition for coating medical devices and small equipment. It is compatible with NS series nozzles of 40, 60, and 130 kHz.

A fixture for spreading wider than a wide-angle air transport fixture.

The Dovetail Spray Shaper is an air transport tool that is ideal for wide-angle spraying and flux coating. It can be used with all spray nozzles of NS and WS types. By changing the position of the Dovetail Spray Shaper, it is possible to switch from a fan-shaped spray pattern to an elliptical spray pattern.

Designed to use fast-reacting liquids and capable of stirring in a short time!

The Sonia dual microfeed tube is designed to use fast-reacting liquids and can be stirred in a short time. The dual microfeed tube has two liquid supply ports, one at the top and the other on the side.

Air transport fixture for spraying in a square or rectangular shape.

This is an air transport device for spraying particles from an ultrasonic spray nozzle in a square or rectangular shape. Its main application is for coating. By adding a small amount of gas or air, it applies to square, rectangular, or flat substrates. By adjusting the distance from the workpiece and the pressure of the transport gas or air, various sizes and shapes of spray patterns from the Sonia ultrasonic spray nozzle can be achieved.

A fixture for applying particles sprayed from an ultrasonic spray nozzle over a wide area.

The wide-angle air transport fixture is a device that uses gas or air to expand the spray angle. The wide-angle air transport fixture can be attached to the Narrow Spray types 60K50T and 130K50T. There is an air supply port on the side of the wide-angle air transport fixture. By injecting gas or air, the gas or air circulates inside, causing the particles sprayed from the ultrasonic spray nozzle to spread and be expelled. By adjusting the gas volume, air volume, pressure, and the tip of the ultrasonic spray nozzle, a spray angle of up to approximately 100° can be achieved.

Designed for fluids that have a strong impact on stainless steel, such as pharmaceutical-related applications.

The Sonia Corporation's PTFE fluoropolymer micro feed tube is designed specifically for fluids that have a strong impact on stainless steel, particularly for pharmaceutical-related applications. The liquid must be completely isolated for reasons of hygiene and chemical reactions. The PTFE tube is mounted behind the ultrasonic spray nozzle and inserted directly at the end. The liquid is fed through the micro feed tube and atomized into fine particles from the tip of the titanium nozzle. This product can be attached to orifices with diameters of 0.03” and 0.4”. *The part number varies depending on the orifice diameter.

Designed for ultra-low flow rates of 1 ml/min or less.

The Sonia Corporation's stainless steel micro feed tube is designed for extremely low flow rates of less than 1 ml/min. *Of course, it can also be used for flow rates above 1 ml/min. The liquid flows through without ever coming into contact with the tip, which forms a uniform particle size. The micro tube is attached behind the ultrasonic spray nozzle and is inserted directly at the end. The liquid is fed from the micro feed tube and is atomized into finer particles than the titanium tip. This product can be attached to orifices with diameters of 0.03” and 0.4”. *The part numbers vary depending on the orifice diameter.

The Sonia Corporation's ultrasonic particle size generator transforms liquids into fine particles!

The ultrasonic particle generator transforms low-viscosity liquids into fine particles. Our company's compact 2.4MHz NO model 241T uses a Teflon-coated nebulizer. This device is fully microcontroller-based, allowing users to program operating parameters while handling various applications for actual particle generation. The front panel is equipped with an LCD that enables users to vary the particle generation rate from 0% to 100% in 5% increments. To move particles that exit the vessel created for special processes, such as coating small parts, a device is incorporated that can adjust the flow rate between 0-2 cfm. This air source and all other connections feature easily detachable 304SS fittings and Teflon O-rings, allowing for easy adaptation to cleaning or connections for external gas supply or vacuum. The 304SS Tee (also available in Teflon-coated) is designed to trap particles, with a small amount of airflow/gas/vacuum used to move particles from the device.

A collaborative product of Rehila's nozzle technology and Sonosys's ultrasonic technology.

Typically, when creating fine particles, pressurization is necessary. Alternatively, a method using two fluids, known as a two-fluid system, is commonly used to break down liquids. However, if the particles have too much velocity, the liquid may scatter, creating a poor environment. To improve this, ultrasonic spray nozzles are often used. Features: - Can supply liquid without pressurization, resulting in low power consumption (lower energy costs) - Uniform atomization regardless of flow rate from minimum flow - Particle size remains relatively consistent across the entire flow range - Resistant to clogging, enhancing workplace safety - Due to the slow self-velocity of the particles, coating efficiency is high - Operating frequency ranges from 45 to 100 kHz (varies by model) - Average particle diameter is approximately 20 μm to 40 μm (note: not a volume average)