35Khz Ultrasonic Spot Welder For Automobile Sound-proof Cotton

35Khz Ultrasonic Spot Welder For Automobile Sound-proof Cotton

Specifications: Advantages and Disadvantages of Ultrasonic in Auto Industry. Advantages: 1. Application in riveting, forming and welding 2. Light weight, easy to take, easy to operate (handheld) 3. Equipped with welding timer 4. Easty to set time welding 5. Equipped with an overload protection...
Chat Now

Product Details

35Khz Ultrasonic Spot Welder for Automobile Sound-proof Cotton

Description:                                      

The use of ultrasound machine small welding head, the two pieces of plastic products into multi-point welding, or welding the first row of teeth on a direct pressure on the two plastic work piece, so as to achieve the effect of ultrasonic welding.

IMG_4992.jpg

 

30khz Ultrasonic welder (6).jpg

QQ图片20171220093254.png


Applications:

Electronic and electrical appliances, auto parts, clothing and packaging, textile industry, environmental industry, medical equipment,the toy industry, communications equipment and other industries.

blob.png


Advantages:

1. Fast welding speed, usually can be completed within 1 seconds.
2. High welding strength, good sealing performance, can maintain and material strength.
3. Effective energy saving, healthy environmental protection.



Workshop:

image.png 


CE Certification:


image.png 


Payment:

image.png

FAQ:

Q:How do you control production quality ?

A: 3 times old test to confirm the products is well quality.

    20 technician work together , and learn together , to improve our products.

    48 hours working time to test the stability of our product before sending out.


Q:What should I do to cool down the transducer?

A:We must give the transducers good cooling conditions, usually air-cooled at room temperature; if necessary, cold-air cooling can also be used. Under normal circumstances, the temperature rise caused by these two points is also normal. Under normal cooling conditions, there will be no major problems.

1(1)2(1)3(1)

Inquiry