Drilling and Deep Hole Drilling

Our VIBROdrill ultrasonic tool holders revolutionize the machining process by integrating ultrasonic technology. These innovative tool holders generate additional vibrations in the ultrasonic frequency range, which specifically optimize the machining process. By changing the mechanisms of action during chip formation and significantly minimizing friction, they offer decisive advantages, especially in drilling and deep hole drilling.

Discover the versatile applications of VIBROdrill ultrasonic and use the potential of this unique technology to take your production processes to a new level. Increase your efficiency in the machining industry with us!

Ultrasonic-assisted drilling and deep hole drilling of copper and copper alloys with VIBROdrill ultrasonic

Parts made of copper and copper alloys are found in essential components in various industries such as the electrical or energy industry. In many cases, they are manufactured using machining processes, whereby various processes such as drilling and deep hole drilling are used. Despite their comparatively low strength, copper-based materials in particular, as well as low-alloy copper alloys, are considered difficult to machine. The reason is the tough material behavior with high forming capacity. The result is poor chip forming behavior and high machining forces, which pose a challenge for industrial processes in terms of productivity, process reliability and quality.

You can download the entire whitepaper here:

Whitepaper – Ultrasonic-assisted drilling and deep hole drilling of copper and copper alloys with VIBROdrill ultrasonic

Ultrasonic-assisted drilling and deep hole drilling of aluminium alloys with VIBROdrill ultrasonic

Components made of aluminum alloys are used as wrought or die cast alloys in almost all industries. Due to their favorable material properties, low costs and good machinability, aluminum alloys are used for components produced in large quantities and manufactured as part of series production processes. The focus here is on optimizing productivity, quality and process reliability in order to continuously increase efficiency and cost-effectiveness. Ultrasonic assistance for drilling and deep hole drilling processes can make a significant contribution here. The high-frequency vibrations modify the material behavior during chip formation in favor of low cutting forces and minimize friction, which significantly increases the performance of drilling and deep hole drilling processes in aluminum alloys.

You can download the entire whitepaper here:

Ultrasonic-assisted drilling and deep hole drilling of aluminium alloys with VIBROdrill ultrasonic