What Is Endoscope Spraying-ultrasonic Nozzle?

What Is Endoscope Spraying-ultrasonic Nozzle?

With the development of medicine, endoscopic minimally invasive surgery is increasingly used in surgical operations. During minimally invasive surgery, the endoscope lens is easily blurred due to intraoperative body temperature, fat, pneumoperitoneum and other reasons, which seriously affects the surgical effect. Generally, hot water is used, but hot water can damage the endoscope lens and cause slow movements. At the same time, water mist will be generated. The reason for the mist is that hot air hits a cold object and condenses into small water droplets on its surface. Light produces diffuse reflection on the surface of these small water droplets. Therefore, to prevent fogging, it is necessary to prevent the formation of small water droplets.

The ultrasonic medical spraying equipment launched by Ultrasonic is a new type of coating equipment that can be used to spray hydrophilic coatings. It can cover metal surfaces (such as plastic surfaces, glass and stainless steel) with uniform hydrophilic coatings. Because its surface is super hydrophilic, the surface tension of water is increased. Water cannot form water droplets on its surface, but forms a layer of water film, which fundamentally prevents the formation of water mist and gives the substrate good self-sustaining. Clean, anti-fog and anti-condensation properties. This equipment is suitable for the surface of medical endoscope lenses, medical lenses, and goggles PC lenses.

Ultrasonic Spraying Electronics

Ultrasonic spraying has the advantages of precise and controllable spray flow, thin and uniform coating, and controllable spraying range. It is very suitable for spraying electronic products and is increasingly used in research and production. Ultrasonic spraying technology can be used to deposit uniform coatings on substrates of any width. Ultrasonic spraying electronics technology can produce these very thin coatings with extremely high uniformity, resulting in very precise and repeatable results to enhance product functions.

A better way to spray-ultrasonic coating technology has replaced traditional coating systems in a wide range of industrial and R&D applications and has achieved spraying processes that would otherwise be impossible. Compared with many other coating systems, ultrasonic nozzles have higher precision, better controllability, higher repeatability, and are more environmentally friendly.

Pressure-free, low-speed spraying is easy to control and significantly reduces the amount of overspray because droplets settle on the substrate instead of rebounding from it. This translates into significant material savings and reduced emissions to the environment.

Due to continuous ultrasonic vibrations and their relatively large orifices, the nozzles are essentially non-clogging, self-cleaning devices. Our ultrasonic nozzles are made of titanium for long life and excellent acoustic properties.

Ultrasonic nozzles open up a wide range of new application possibilities. The nozzles are ideal, for example, when extremely low flow rates are required: when spraying suspended particles, they offer a unique advantage by keeping the particles evenly suspended throughout the spraying process through the ultrasonic action of the nozzle itself. This results in a more even dispersion of functional particles in thinner layers.

Advantages of Ultrasonic Spraying:

Reduced material consumption and up to 80% overspray;

Highly controllable spray pattern for reliable, consistent results;

Corrosion-resistant construction;

Ultra-low flow rate capability;

Low-maintenance non-clogging design;

Reduced downtime in critical manufacturing processes;

High reliability with no moving parts;

· Ability to control atomized droplet size by selecting nozzle frequency;

· Tight droplet distribution allows optimization of desired coating morphology;

· Seamless scalability from R&D to pilot lines and high-volume coating lines;

Easy integration with high-volume production lines;

Enables and enhances sustainable manufacturing practices through low waste and low energy consumption.