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SONOTRODES ULTRASONIC CUTTING

SONOTRODES ULTRASONIC CUTTING

Product catalog summary
Technologies, Functions, Benefits:
- The sonotrodes are designed using the Finite Elements Method (FEM) to ensure precision and efficiency.
- They are manufactured from titanium, providing durability and strength.
- These are specifically designed as cutting sonotrodes, tailored for individual systems and applications.

Frequency:
- Available frequencies include 20 kHz, 30 kHz, and 35 kHz, allowing for versatility in application.

Design and Manufacturing:
- Each sonotrode is custom-designed for specific customer needs or applications using FEM.
- Typically made from titanium, the sonotrodes are crafted into various shapes such as arrowheads, sickles, punches, or X-sonotrodes to suit different applications.

Specification:
- For ultrasonic punch applications, a matching die or counter piece is provided to complement each punch sonotrode.

Ultrasonic Cutting:
- The document emphasizes the use of ultrasonic technology for cutting applications, highlighting the precision and efficiency of the sonotrodes.
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Catalog excerpts

SONOTRODES ULTRASONIC CUTTING-1

ULTRASONIC CUTTING Our Sonotrodes are always designed for a specific customer or application using FEM (finite elements method). Usually made from Titanium, we manufacture the correctly shaped blade like arrow heads, sickles, punch or X-So-notrodes, for each application. SPECIFICATION TECHNOLOGIES, FUNCTIONS, BENEFITS For ultrasonic punch applications, we - Designed using FME (finite elements - Designed as Cutting Sonotrodes also provide the matching die or counter method) - Individual special designs for existing piece to each punch Sonotrode. - Manufactured from Titanium systems WEBER ULTRASONICS

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