Sonobond in the News

 

Sonobond's team of technical experts is constantly improving and updating our product line to meet changing customer requirements.

For example, our SonoWeld® and our SpliceRite™ welders can process tin-coated wires and terminals-and they're the ONLY ultrasonic welders with this capability! Our equipment efficiently replaces soldering with a method that is faster and has better electrical conductivity.

Click on the SonoWeld® or SpliceRite™ pages, under Welders/Bonders section, for more information.

Sonobond Helps Manufacturers Meet Increasing Demand for Life-Saving Protective Apparel and Disposable Medical Items

Sonobond Remains the Leading Provider of Ultrasonic Bonders as Filters Made with Synthetic Blends Gain in Usage

Request no-charge, no-obligation sample bonds made from your own materials.

Sonobond’s unique ultrasonic welders outperform other methods. Request free sample welds made with your specific materials.

Only Sonobond's ultrasonic welders have this capability, thanks to the patented Wedge-Reed System.

Lower Vibratory Amplitude and Higher Vibratory Force Provides Better Impedance Match for Successful Welding

Our ultrasonic spot welders can join up to 100 layers of foil to tabs and terminals, weld foils as thin as seven microns without tearing, and can also be used for battery pouch assembly and HV termination welding…

Sonobond is recognized as a Worldwide Leader in Developing and Refining Ultrasonic Technology for Nonwoven and Woven Synthetic Materials

Even tinned wires can be ultrasonically spliced with Sonobond welders. We offer a free-of-charge, no-obligation ultrasonic welding viability test using your own materials so you can see the results before you buy the unit that's right for your application.

The students used the SeamMasterTM High Profile ultrasonic “sewing machine” to develop original 3-D surface designs for blouses and tops. With the Sonobond machine enabling students to streamline cutting, embossing and creating other decorative effects normally achieved through traditional time- and labor-intensive methods, the results were spectacular.

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