Ceramic Fiber Disk:
Deburring, Polishing and Chamfering
Deburring of cross-holes - even of deep internal contours
Your Benefits
Ideal for deep bores and hard-to-reach areas
Long tool life thanks to ceramic fiber technology
Consistently high grinding performance throughout the entire tool life
Gentle machining with low risk of scratching
Low-vibration operation for stable machining results
Recommended for robotic applications
Video: Deburring a groove with the ceramic fiber disk
| The CERAMIC FIBER DISK was developed for applications where internal contours of a workpiece need to be deburred that cannot be reached by conventional tooling solutions. The slim shank with only 2.3 mm diameter and the long, flexible shaft enable access to and deburring of burrs even in deep bores. | ||
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| The abrasive body consists of Al2O3 ceramic fibers instead of conventional abrasive grains. This results in significantly longer tool life while maintaining consistent abrasive performance. Compared to abrasive tools with grain coatings, ceramic fiber disks can achieve up to 3 to 5 times longer tool life depending on the application. The CERAMIC FIBER DISK is abrasive on all surfaces and can therefore be used universally. Deburring can be performed with the front/back as well as the side surface. This is especially suitable for use in grooves. The flexible shaft ensures uniform and controlled contact with the workpiece. At the same time, vibrations are reduced and the risk of surface damage is minimized. This allows sensitive components to be reliably machined with high surface quality. | ||
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Due to their high process reliability and consistent machining results, ceramic fiber disks are suitable for both manual applications and automated processes including robotic use.
APPLICATIONS
The long shank of the tool allows access to deep contours. The shank’s flexibility also enables gentle contact (without vibrations) with the workpiece, preventing damage. Unlike conventional grinding pins, the grinding disk does not touch the flat surface during machining, so no damage occurs around the area being machined.
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The CERAMIC FIBER DISK is ideal for deburring deep internal grooves. |
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Using a ball grinding pin here would damage the flat surface and the edges could not be reached. |
