High-performance flame-shaped carbide burr for universal applications
The flame-shaped carbide rotary burr of the RT510 grade is a premium cutting tool designed for professional metalworking. Featuring a durable 6 mm steel shank and a coated carbide head, this rotary burr is explicitly engineered for efficient stock removal. The characteristic flame shape is ideally suited for machining hard-to-reach contours, smoothing weld seams, and performing versatile deburring tasks. The cross-cut grinding ensures excellent stock removal performance, accompanied by smooth running properties and the generation of short chips. The TiN coating reliably protects the tool against wear and promotes a long service life, particularly when machining steel. 
Suitable materials

Technical data
- Mill type: Carbide rotary burr
- Shape: Flame shape
- Grade: RT510 (TiN-coated)
- Shank design: 6 mm cylindrical steel shank
- Cut type: Cross-cut grinding
- Minimum order quantity (MOQ): Up to Ø 8 mm = 3 pieces, from Ø 10 mm = 1 piece
Dimensions of the carbide rotary burrs
|
Item Nr. |
D |
L1 |
L |
d |
| HMFS-F-D06-S06 RT510 |
2800061 |
6 |
18 |
63 |
6 |
| HMFS-F-D08-S06 RT510 |
2800062 |
8 |
20 |
65 |
6 |
| HMFS-F-D10-S06 RT510 |
2800063 |
10 |
25 |
70 |
6 |
| HMFS-F-D12-S06 RT510 |
2800064 |
12 |
32 |
77 |
6 |
| HMFS-F-D14-S06 RT510 |
2800065 |
14 |
34 |
79 |
6 |
| HMFS-F-D16-S06 RT510 |
2800066 |
16 |
36 |
81 |
6 |
Applications
This rotary burr is designed for both guided manual operation with pneumatic or electric grinders and automated use on industrial robots. It provides reliable performance in mold making, weld seam processing, and general maintenance. The flame-shaped geometry opens up flexible application possibilities for complex workpiece shapes and demanding internal contours.
Special features
Thanks to the special TiN coating and the precise cross-cut grinding, users benefit from an efficient workflow. Short chips prevent the tool edges from clogging prematurely, which facilitates handling and maintains consistently high machining quality. The universal applicability across various material groups also reduces the need for frequent tool changes, thereby optimizing workshop processes.