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All basic information about our ultrasonic vibration systems at a glance.
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Get an overview of the versions of our ultrasonic vibration systems including technical data and spindle interfaces.
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Gain a comprehensive insight into the diverse applications of our ultrasonic-operated vibration systems.
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Despite their comparatively low strength, copper-based materials and low-alloy copper alloys in particular are considered difficult to machine. The reason for this is the tough material behavior with high formability. This results in poor chip formation behavior and high machining forces, which pose a challenge for industrial processes in terms of productivity, process reliability and quality.
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Aluminum alloys are used as wrought or die castings in many industries. Their favorable material properties and good machinability make them ideal for high-volume series production. The focus is on optimizing productivity, quality and process reliability. Ultrasonic-assisted drilling and deep drilling processes reduce cutting forces and friction, which significantly increases the efficiency of machining aluminum alloys.
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All basic information on our low-frequency vibration systems at a glance.
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Get an overview of the versions of our low-frequency vibration systems including technical data and machine interfaces.
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Get an insight into the technology of our low-frequency vibration systems.
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An innovative method for solving the chip breaking problem is the vibration support of the turning process. With the help of the VIBROturn system, chip formation can be specifically adjusted. If the vibration amplitude is greater than the feed rate, cutting interruptions occur which directly lead to an interruption in chip formation and therefore to short broken chips.
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In a joint project between Schaeffler AG and the Fraunhofer IWU, a low-frequency vibration system with its own drive was developed and successfully integrated into a machine tool for wheel bearing machining. The innovative technology enables a defined vibration movement in the feed direction during the turning process. As a result, weak points in the chip can be generated in a targeted manner to ensure optimum chip breaking.
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