Altrasonic's A-Series Ultrasonic Plastic Welder is a new generation of ultrasonic welding machines designed to redefine plastic welding as we know it. With the patented technology of the A-Series, you can customize every critical parameter to ensure seamless production in the most demanding environments. the patented A-Series technology synchronizes the movement of the weld horn with the melting flow of the plastic material, giving you unmatched control and consistency in your welds. Ideal for those seeking precise, energy-efficient operation in complex assemblies.

Altrasonic's B-Series Ultrasonic Plastic Welder is equipped with a new generation of digital ultrasonic generator, while the entire system comes standard with a 4.3-inch internal touch screen, with the self-developed operating system to achieve visualization of the operation and control, and the addition of split design and horizontal control system or removable one-piece desktop design, to meet the majority of on-site welding scenarios. The addition of split design and horizontal control system or movable one-piece table design can meet most of the on-site welding scenes.

Compact and versatile, the C-Series ultrasonic welders are designed for small or mobile operations without compromising quality, making them the best choice for precision welding. This equipment is ideal for manufacturers who need a reliable, portable solution for rapid production.

Our 15kHz ultrasonic welding equipment offers you maximum flexibility to take advantage of the ultrasonic frequency most commonly used in plastics assembly. 15kHz is the industry standard for a wide range of applications and thermoplastic parts.

Our 15kHz ultrasonic welding equipment offers you maximum flexibility to take advantage of the ultrasonic frequency most commonly used in plastics assembly. 15kHz is the industry standard for a wide range of applications and thermoplastic parts.

Our 20kHz ultrasonic welding equipment offers you maximum flexibility to take advantage of the ultrasonic frequency most commonly used in plastics assembly. 20kHz is the industry standard for a wide range of applications and thermoplastic parts.

Our 20kHz ultrasonic welding equipment offers you maximum flexibility to take advantage of the ultrasonic frequency most commonly used in plastics assembly. 20kHz is the industry standard for a wide range of applications and thermoplastic parts.

Our 35kHz ultrasonic welding equipment offers you maximum flexibility to take advantage of the ultrasonic frequency most commonly used in plastics assembly. 35kHz is the industry standard for a wide range of applications and thermoplastic parts.

Our 35kHz ultrasonic welding equipment offers you maximum flexibility to take advantage of the ultrasonic frequency most commonly used in plastics assembly. 35kHz is the industry standard for a wide range of applications and thermoplastic parts.

Our 20 kHz ultrasonic welding equipment offers you maximum flexibility to take advantage of the ultrasonic frequency most commonly used in plastics assembly. 20 kHz is the industry standard for a wide range of applications and thermoplastic parts.

Our 20 kHz ultrasonic welding equipment offers you maximum flexibility to take advantage of the ultrasonic frequency most commonly used in plastics assembly. 20 kHz is the industry standard for a wide range of applications and thermoplastic parts.

Ultrasonic welding machine by ALTRASONIC TECHNOLOGY is perfect for welding, cutting and punching termoplastics, non-wovens and textiles. Whether for extremely small parts or very large applications. Ultrasonic Plastic Welding Machine can be easily customized to fit the exact specifications of the parts being welded. The parts are sandwiched between a fixed shaped nest (anvil) and a sonotrode (horn) connected to a transducer, and a 15~40 kHz frequency vibration is emitted. When welding plastics, the interface of the two parts is specially designed to concentrate the melting process. One of the materials usually has a spiked energy director which contacts the second plastic part. The ultrasonic energy melts the point contact between the parts, creating a joint. This process is a good automated alternative to glue, screws or snap-fit designs.