Tool systems, modular

Ultrasonic support with innovative tool holders

The VIBROdrill ultrasonic tool holders support the conventional machining process with additional vibration in the ultrasonic frequency range. This alters the mechanisms of chip formation and minimizes friction. Material effects occur in a wide range of materials, leading to a significant reduction in process forces. Manufacturing companies increase the productivity, process reliability and quality and thus the economy in production with the use of ultrasound, especially in drilling and deep drilling.

The ultrasonic tool holders are developed für the use of rotating tools, such as drilling and deep drilling. Unique feature is the unique performance of the ultrasonic systems, which ensures safe operation and sufficiently high vibration parameters even at high process loads. The ultrasonic toolholders are available in different performance classes and with all common spindle interfaces. This makes the flexible ultrasonic systems suitable both for equipping new machines and for retrofitting existing machines. Translated with DeepL

The additional oscillating movement of the VIBROturn toolholders introduces predetermined breaking points into the chips during turning, thereby enabling reliable and economical chip breaking. In production, this avoids machine downtimes caused by chip breaking and increases process reliability, which in turn significantly increases economic efficiency.

VIBROturn toolholders can support all common turning operations with low-frequency vibration. The unique performance and robustness of the systems ensure reliable chip breaking even at high cutting values. VIBROturn toolholders are integrated as a passive system at the driven location of the turret or are self-driven. With the aid of the adjustable oscillation amplitude, the process is specifically designed for optimum chip breaking. Depending on the requirements, VIBROturn is available in different sizes. The standardized VDI or BMT interfaces are provided for machine connection, but special interfaces are also possible. The systems are flexible and modular, which is why both new and existing machines can be equipped. Translated with DeepL