How ultrasonic metal welding meets the demand for increasingly advanced battery technologies. In-depth details of how the ultrasonic metal-welding technology works. How ultrasonic metal welding ...

UItrasonic welding is a method of joining two parts by converting electrical energy into heat energy by high frequency mechanical vibration and is suitable for plastics and metals. One part of the ...

Traditional ultrasonic plastic welding “modes” use computerized measurements associated with each weld to control weld consistency by focusing on a single parameter or a limit most critical to part ...

Ultrasonic metal welding holds distinct advantages over mechanical-assembly devices and soldering, according to engineers at Electro-Canada, Toronto, (www.electrocanada.com), a manufacturer of wire ...

As companies in the diabetes care industry seek new ways to optimize their manufacturing of medical wearables, the use of ultrasonic welding can make a significant contribution to both product quality ...

Several techniques are available for joining thermoplastic composites, including resistance welding and ultrasonic welding. While resistance welding uses Joule heating inside an electrically ...

There are plenty of benefits to be had from ultrasonic welding for medical devices. But there are important things to consider. Ken Fine, Proven Process Medical Devices Ultrasonic welding is well ...

Rinco Ultrasonics unveiled its latest advances in ultrasonic welding technology for the medical plastics industry at MD&M West in Anaheim, CA. The Swiss company, a global manufacturer of ultrasonic ...

Completion of the 8-meter-long thermoplastic composite (TPC) fuselage section comprised continuous ultrasonic welding of the MFFD’s right-hand (RH) longitudinal fuselage joint (left) and resistance ...

As demands intensify for superior battery performance, innovative battery technologies continue to advance in remarkable ways to minimize space, maximize power density and storage capacity, as well as ...