Reference: 2107
| D | 33 mm |
| d | 12,7 mm |
| T | 40 mm |
D: cutting diameter d: gripping diameter T: total length
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Shipping policy
| D | 33 mm |
| d | 5 mm |
| T | 40 mm |
D: cutting diameter d: gripping diameter T: total length
Upcut direction, helps evacuation and facilitates cutting. It can leave some wisp on laminated materials. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 6 mm |
| L | 17 mm |
| T | 50 mm |
| C | 6 mm |
| N | 1 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
It allows to rectify large surfaces quickly and efficiently. Specific for works that require a lot of flatness and to review the waste bed. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 16 mm |
| L | 10 mm |
| T | - |
| C | 6 mm |
| N | 2 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
| D | 33 mm |
| d | 6 mm |
| T | 40 mm |
D: cutting diameter d: gripping diameter T: total length
Straight cutting direction, gives a good surface finish keeping cutting capacity. It doesn't flake the upper face and allows to use passing depths similar to those of upcut. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 8 mm |
| L | 32 mm |
| T | 60 mm |
| C | 8 mm |
| N | 2 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
Upcut direction, helps evacuation and facilitates cutting. It can leave some wisp and a slightly rough finish. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 3 mm |
| L | 8 mm |
| T | 38,5 mm |
| C | 3,175 mm |
| N | 2 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
Straight cutting direction, gives a good surface finish keeping cutting capacity. It doesn't flake the upper face and allows to use passing depths similar to those of upcut. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 1,5 mm |
| L | 8 mm |
| T | 38,5 mm |
| C | 3,175 mm |
| N | 2 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
It allows to make high-precision V engravings on multiple materials. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 0,5 mm |
| A | 25º |
| T | 33 mm |
| C | 3,175 mm |
| N | 2 |
D: cutting diameter A: angle T: total length C: shank diameter N: flutes number (or cutting edges)
| D | 21 mm |
| d | 3,175 mm |
| T | 31,5 mm |
D: cutting diameter d: gripping diameter T: total length
Straight cutting direction, gives a good surface finish keeping cutting capacity. It doesn't flake the upper face and allows to use passing depths similar to those of upcut. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 4 mm |
| L | 32 mm |
| T | 60 mm |
| C | 4 mm |
| N | 2 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
| D | 33 mm |
| d | 3,175 mm |
| T | 40 mm |
D: cutting diameter d: gripping diameter T: total length
It allows to create moldings with different profiles in a simple way. Stands out for its durability. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 26 mm |
| L | - |
| T | - |
| C | 6 mm |
| N | 2 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
Upcut direction, helps evacuation and facilitates cutting. It can leave some wisp on laminated materials. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 8 mm |
| L | 25 mm |
| T | 60 mm |
| C | 8 mm |
| N | 1 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
What types of end mills can we use in the Red Fox CNC milling machine series?
| D | 33 mm |
| d | 12,7 mm |
| T | 40 mm |
D: cutting diameter d: gripping diameter T: total length
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