OTSON electrostatic high rotary atomizers are a cutting-edge solution for applying coatings and paints efficiently, with a high transfer efficiency that results in a higher quality finish. Our atomizers are designed to produce smaller droplets, which are more easily attracted to the grounded object, resulting in a more consistent and higher quality finish.

One of the key benefits of our OTSON high rotary atomizers is their ability to cover a larger area in a shorter amount of time than traditional electrostatic spray guns, which can result in increased production rates for your customers. Additionally, our atomizers are designed with easy maintenance in mind, making them a reliable choice for busy industrial environments. The atomizer can handle a wide range of coatings and paints, including those used in automotive, industrial, and marine applications.

As a manufacturer of OTSON electrostatic high rotary atomizers, we understand that every customer has different needs, and we are committed to providing the best solutions for their specific requirements. We have a team of experts ready to help them with the integration and optimization of our electrostatic high rotary atomizer in their processes.

Additionally, we have taken out a patent on the atomizing performance of our electrostatic high rotary atomizers, providing our customers with a unique and advanced solution for their coating needs. The high-speed rotation of our atomizers is capable of rotating at speeds up to 1,000 to 60,000 RPM, which is capable of atomizing even the toughest coatings into extremely fine particles to produce a high-quality finish.

Our Twin Turbine Atomizers fine atomization can provide uniform coating thickness on all surfaces, and relatively reduce overspray and paint waste. The quick-disconnect features of the Twin Turbine atomizer and the disks allow for easy maintenance and reduced downtime. Our control panel is fully automated and it provides high production rates and reduces labor cost. The control panel gives operators total control flexibility and allows the operator to change process parameters, not only between batches, but also within the same part. The simplified user interface control panel is capable of recording ten different coating parameters which is beneficial to apply in various objects easily and efficiently.

1. Patent on atomizing performance
2. High-speed rotation up to 1,000 to 60,000 RPM
3. Twin Turbine Atomizer for fine atomization and uniform coating thickness
4. Quick-disconnect features for easy maintenance and reduced downtime
5. Automated control panel for high production rates and reduced labor cost
6. Control flexibility allowing operators to change process parameters between batches and within the same part
7. Simplified user interface control panel capable of recording ten different coating parameters
8. Larger capacity and ability to cover a larger area in a shorter amount of time than traditional electrostatic spray guns
9. Easy maintenance and ability to use a wide range of coatings and paints for various applications
10. High-quality finish with consistent and even application, reducing overspray and paint waste.

A comparison of Single Disc and S-Type liquid electrostatic spray systems in terms of the following aspects:

• Atomization: Single Disc systems use a spinning disc to atomize the liquid coating material and create an electrostatic charge on the coating particles, while S-Type systems use a spinning disc in combination with an electrode to charge the atomized particles.
• Precision and Control: S-Type systems are considered more precise and controlled in terms of coating application, making them better suited for larger or complex-shaped objects.
• Transfer Efficiency: S-Type systems have a higher transfer efficiency, typically around 85-97%, compared to Single Disc systems which have transfer efficiencies of around 80-90%. This can lead to improved coating uniformity and reduced material waste, resulting in increased production rates.
• Cost: Single Disc systems are typically less expensive to purchase and maintain than S-Type systems. However, the cost savings from reduced material waste and increased production rates provided by S-Type systems may offset the initial cost.
• Suitable Applications: Single Disc systems may be a cost-effective solution for certain liquid coating applications, and can provide good coating quality, but may not be as precise as S-Type systems, and may not be suitable for larger or complex-shaped objects. S-Type systems are suitable for larger or complex-shaped objects and will provide a higher precision and controlled coating application.

It’s important to note that both Single Disc and S-Type systems use electrostatic power to attract the liquid coating material to the surface being coated. The main difference is in the atomization process and the level of precision and control in the coating application, with S-Type systems being more precise and controlled.