Burrless Chamfering Cutter:
Defined Chamfering Without Secondary Burrs
Patented tool geometry delivers perfect results with the world’s first V-shaped cutting edge for secondary burr-free chamfering. Winner of the Best of Industry Award 2023 in the Machining category, the tool eliminates downstream deburring operations, reduces labor costs by eliminating manual rework, and lowers tooling costs compared to conventional deburring cutters, as tool life can often be doubled.
YOUR BENEFITS
Highly specialized V-shaped cutting edge for chamfering without secondary burr
Ideal for deburring gear teeth
Subsequent deburring processes can be eliminated
Reduced labor costs by eliminating manual rework
Independent of the workpiece material
High tool life due to high-temperature resistant AlTiCrN coating, extremely sharp cutting edges without coating
3 or 4 cutting edges for high feed rates, blunt tip for increased stability and higher dimensional accuracy of the tool
Video 1: Burrless Chamfering Cutter operating principle
The XEBEC BURRLESS CHAMFERING CUTTER with the world’s first V-shaped cutting edge prevents new burr formation during chamfering:
- Subsequent deburring processes can be eliminated
- Reduced labor costs by eliminating manual rework
- Lower tooling costs compared to conventional deburring cutters due to significantly higher tool life until the wear criterion "secondary burr" is reached. Tool life or cutting distance can be doubled compared to conventional cutters.
XEBEC BURRLESS CHAMFERING CUTTER VARIANTS
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TYPE 06M
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TYPE 06N
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TYPE 03M
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TYPE 03N |
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Functionality
Burrs form when a cutting edge exits the workpiece. However, due to the patented V-shaped cutting edge of the XEBEC Burrless Chamfering Cutter, the cutting edge only leaves the workpiece after the workpiece material has already been sheared off. This prevents burr formation. The Burrless Chamfering Cutter is ideally suited, for example, for deburring gears.
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STEP 1 The outer area of the cutting edge shapes the chip toward the center of the chamfer. |
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STEP 2 The inner area of the cutting edge also shapes the chip toward the center of the chamfer. |
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STEP 3 Finally, the chip is sheared off at the center of the chamfer from the workpiece. Only then does the tool leave the workpiece. |
Video 2: Deburring a defined outer contour
Read application reports from practice on the "Burrless Chamfering Cutter":
» #burrfree – Defined chamfering without secondary burr with the world’s first V-shaped cutting edge
