Ultrasonic Welding Machines

Ultrasonic welding machine is now widely used in automotive manufacturing, shipping, aviation, electrical appliances, packaging, toys, electronics, stationery, medical equipment, environmental protection products, textile and other industries, has successfully achieved a variety of plastic welding such as:ABA plastics, ABS plastics, AES plastics, AMMA plastics, ARP plastics, AS plastics, PS plastics, PP plastics, PC plastics, PE, PVC, etc.

Car Inner Components Ultrasonic Robot Welder Workstation

Car Inner Components Robot Welder Workstation

Robotic ultrasonic welding machine excel at joining automotive plastic components. Using high-frequency vibration, the robotic ultrasonic welding machine melt and bond complex, non-standard plastic parts with high strength and precision. This sophisticated welding method meets the automotive industry’s rigorous standards while driving technological advancement.

Car Inner Components Ultrasonic Robot Welder Workstation

Car Inner Components Robot Welder Workstation

Robotic ultrasonic welding machine excel at joining automotive plastic components. Using high-frequency vibration, the robotic ultrasonic welding machine melt and bond complex, non-standard plastic parts with high strength and precision. This sophisticated welding method meets the automotive industry’s rigorous standards while driving technological advancement.

Car bumper ultrasonic welding machine

Car Bumper Ultrasonic Welder

Dizo Ultrasonic keep tracking new trends on the car market, more and more cars has more sensors in the front of the car. Out car bumper ultrasonic welding machine can not only make the welding, but also do the punching at the same time, all the motions are total automatic, controlled by PLC.

ultrasonic welding machine

Automotive Interior Parts Automatic Ultrasonic Welding Machine

These automatic ultrasonic plastic welding machines harness high-frequency vibrational energy, using a welding head to transmit ultrasonic waves to plastic parts’ contact surfaces. This process melts and bonds materials together. Unlike traditional thermoplastic welding, this non-contact method eliminates problems such as high-temperature deformation and color inconsistencies while delivering superior precision and speed for efficient production.

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