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Ultrasonic Achieve Uniform and Controllable Coating on The Syringe Barrel and Blood Collection Tube Sidewall

2025-02-14
Ultrasonic achieve uniform and controllable coating on the syringe barrel and blood collection tube sidewall (5)

Activation agents and anticoagulants, including heparin, need to be added to medical blood collection tubes and injection walls EDTA、 How to evenly apply materials such as silica and acidic citrate glucose to the inner wall of the blood collection tube to prevent blood clotting and facilitate later detection experiments? Ultrasound plays an indispensable role in it.

When spraying silicon dioxide, ultrasonic spraying is used to spray the silicon dioxide raw material onto the pipe wall, resulting in a better effect of forming a thin film. The reason is that the ultrasonic vibration of the nozzle will damage the silicon dioxide polymer, ensuring that the silicon dioxide forms a uniform and controllable coating on the pipe wall. The entire process operates automatically, greatly improving product quality and production efficiency.

The ultrasonic nozzle can also isolate the atomized spray to the wall of the bottom coating area required by the syringe barrel, instead of coating the entire tube. The nozzle can match different specifications and quantities according to the diameter and length of the tube.

Ultrasonic achieve uniform and controllable coating on the syringe barrel and blood collection tube sidewall (3)
Advantages of ultrasonic spray injector barrel and blood collection tube

1. Unique ultrasonic atomization technology, precise control of droplet size.

2. Uniform dispersion of any solid contained in a liquid.

3. The coating height on the pipe wall is uniform.

4. Manipulate the ultrasonic atomizer to accurately enter and exit the inner diameter of the pipe.

5. Fully automatic control of electronic devices.

6. Self cleaning ultrasonic nozzles require almost no maintenance.

7. Able to control the coating area of specific areas on the pipe wall.

Ultrasonic achieve uniform and controllable coating on the syringe barrel and blood collection tube sidewall (1)