Herrmann Ultrasonics
Marshall Schaeffer, a research engineer at Herrmann Ultrasonics, specializes in understanding ultrasonic welding theory to deliver customer solutions. Prior to their current role, Marshall held positions such as Graduate Research Assistant at Georgia Institute of Technology, Engineering Intern at Joy Global, and CNC Mill Applications Programmer at Iverson & Company, showcasing a diverse background in mechanical engineering. Marshall holds a Doctor of Philosophy (PhD) in Mechanical Engineering from Georgia Institute of Technology, further solidifying their expertise in the field.
Herrmann Ultrasonics
We are the Recognized Technology Leader and manufacturer of ultrasonic welding machines, generators and sonotrodes. The PLASTICS division offers solutions for the joining of injection molded thermoplastic parts. Ultrasonic welding is clean, safe and environmentally friendly. It is impossible to imagine industry without this joining technology in various market segments. We offer patented solutions for welding applications with the highest strength, precision and repeatability. The PACKAGING division offers fast and airtight ultrasonic packaging sealing solutions with a focus on high throughput and sustainability. Different materials and new packaging designs require continuous development of new economic solutions for the packaging industry. We develop and deliver the complete solution for the packaging machine and incorporate ultrasonic sealing – fast – safe – airtight. In addition, we offer solutions for food cutting by the use of ultrasonic knives. The NONWOVENS division offers applications for continuous production in the fields of bonding, laminating, embossing, perforating, sewing and cutting of nonwoven, foils, paper and filter materials. In close cooperation with our customers we have become the market leader by developing innovative ultrasonic components. The METALS division offers joining technology for nonferrous metals. Ultrasonic welding of nonferrous metals, such as copper and aluminum, is an established joining technology and is suitable for many applications in the fields of automotive, consumer products and electronics industry.