Ultrasonic Welding
High frequency plastic and metal welding technology provides highly stable bonds for advanced, sustainable manufacturing
High frequency plastic and metal welding technology provides highly stable bonds for advanced, sustainable manufacturing
Ultrasonic welding technology applies indirect heat through high-frequency waves to join thin pieces of thermoplastics or metal. It is highly energy efficient, without the need for fasteners or consumables. Emerson brings decades of experience to ultrasonic welding in addition to cutting-edge technologies that support new applications in medical equipment, automotive, electronics, packaging, and other rapidly evolving industries.
Ultrasonic Plastic Welding
Produce clean welds in minimal time with highly uniform joints, providing exceptional strength, consistency and reliability.
Ultrasonic Metal Welding
Tackle tough nonferrous welding challenges, from joining solar panels to sealing charged tubes in air conditioners.
From application development to product launch, Emerson provides Ultrasonic Metal Welding solutions that transform Li-ion battery designs into advanced battery commercial products.
Achieve high quality and stable electrical connection for every high power or high current application. Branson Ultrasonic Metal Welding is used, for applications with similar or dissimilar joints, made of Copper, Nickel or other non-ferrous metals
Getting product lines to market is tough, and becomes even more difficult when you're dealing with poorly performing equipment and inferior processes.
From application development to product launch, Emerson provides Ultrasonic Metal Welding solutions that transform Li-ion battery designs into advanced battery commercial products.
Achieve high quality and stable electrical connection for every high power or high current application. Branson Ultrasonic Metal Welding is used, for applications with similar or dissimilar joints, made of Copper, Nickel or other non-ferrous metals
Getting product lines to market is tough, and becomes even more difficult when you're dealing with poorly performing equipment and inferior processes.
