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| Availability: | |
|---|---|
| Quantity: | |
| Place of Origin | China |
|---|---|
| Brand Name | Rps-sonic |
| Certification | CE |
| Model Number | RPS-S35 |
| Minimum Order Quantity | 1pcs |
| Price | negotiable |
| Packaging Details | CARTON |
| Delivery Time | 1DAYS |
| Payment Terms | T/T |
| Supply Ability | 200PCS/MONTH |
35Khz 800w Ultrasonic Ultrasonic seamless welding system with rotary horn
Parameter
| Item | Parameter |
| Frequency | 35Khz |
| Power | 800W |
| Ceramice chips | 4chips |
| Speed | 20m/min in max |
| Welding width | 10mm in max |
| Welding horn | 35Khz rotary horn |
| Welding type | Continues welding |
Description
A traditional sewing machine uses a needle to drive the thread to sew two pieces of cloth together. During the needle threading process, not only the cloth is pierced, but there is no bond between the cloth and the cloth, but a thin thread is used to tie them together. In this way, the cloth is easy to be pulled and the thread is easy to break. Thermoplastic fabrics can be stitched together by hot air welding. Needle and thread are not needed, but the welding temperature is not easy to control and the welding speed is slow.
An ultrasonic rotary welding machine is a high-precision device designed to join materials, typically plastics or synthetic fabrics, using ultrasonic vibrations while employing a continuous rotary motion. This technology is often used in industries requiring seamless, strong, and efficient bonding, such as automotive, medical, and textile sectors.
Ultrasonic Vibrations:
The machine generates high-frequency ultrasonic vibrations (usually between 20–40 kHz) via a transducer.
These vibrations are transmitted to a rotary horn (sonotrode), which rotates continuously during operation.
Heat Generation:
The ultrasonic energy causes friction at the interface of the materials, generating heat that melts and bonds them at a molecular level.
Rotary Motion:
Unlike traditional ultrasonic welding, the horn rotates, enabling continuous or curved welding, making it suitable for long seams or circular designs.
Welding Process:
Materials are fed between the rotating horn and anvil (counterpart), and the ultrasonic vibrations are applied precisely to the welding area.
The process can simultaneously weld, cut, and seal, depending on the application.
35Khz 800w Ultrasonic Ultrasonic seamless welding system with rotary horn
Parameter
| Item | Parameter |
| Frequency | 35Khz |
| Power | 800W |
| Ceramice chips | 4chips |
| Speed | 20m/min in max |
| Welding width | 10mm in max |
| Welding horn | 35Khz rotary horn |
| Welding type | Continues welding |
Description
A traditional sewing machine uses a needle to drive the thread to sew two pieces of cloth together. During the needle threading process, not only the cloth is pierced, but there is no bond between the cloth and the cloth, but a thin thread is used to tie them together. In this way, the cloth is easy to be pulled and the thread is easy to break. Thermoplastic fabrics can be stitched together by hot air welding. Needle and thread are not needed, but the welding temperature is not easy to control and the welding speed is slow.
An ultrasonic rotary welding machine is a high-precision device designed to join materials, typically plastics or synthetic fabrics, using ultrasonic vibrations while employing a continuous rotary motion. This technology is often used in industries requiring seamless, strong, and efficient bonding, such as automotive, medical, and textile sectors.
Ultrasonic Vibrations:
The machine generates high-frequency ultrasonic vibrations (usually between 20–40 kHz) via a transducer.
These vibrations are transmitted to a rotary horn (sonotrode), which rotates continuously during operation.
Heat Generation:
The ultrasonic energy causes friction at the interface of the materials, generating heat that melts and bonds them at a molecular level.
Rotary Motion:
Unlike traditional ultrasonic welding, the horn rotates, enabling continuous or curved welding, making it suitable for long seams or circular designs.
Welding Process:
Materials are fed between the rotating horn and anvil (counterpart), and the ultrasonic vibrations are applied precisely to the welding area.
The process can simultaneously weld, cut, and seal, depending on the application.
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