Reference: 1003
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)
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Shipping policy
| D | 21 mm |
| d | 8 mm |
| T | 31,5 mm |
D: cutting diameter d: gripping diameter T: total length
It allows to make hihg-precision V engravings. Stands out for its durability. Made of diamond coating on CT (PCT). The hardest material and with the highest edge durability; Specific for hard materials.
| D | 0,6 mm |
| A | 120º |
| T | 45 mm |
| C | 6 mm |
| N | 2 |
D: cutting diameter A: Angle 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 | 42 mm |
| T | 72 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)
Downcut direction, offers a better surface finish. Lower passing depths are recommended. Ideal for materials that chip at the top or are composed of layers. Made of high-speed steel (HSS), a low-cost standard unhardened material used for most materials and works.
| D | 3,175 mm |
| L | 22 mm |
| T | 45 mm |
| C | 3,175 mm |
| N | 1 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
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)
| D | 21 mm |
| d | 12,7 mm |
| T | 31,5 mm |
D: cutting diameter d: gripping diameter T: total length
| D | 33 mm |
| d | 8 mm |
| T | 40 mm |
D: cutting diameter d: gripping diameter T: total length
Upcut direction, helps evacuation and facilitates cutting. Possible chipping on top of some solid woods such as pine. 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 | 1 |
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 | 0,2 mm |
| A | 90º |
| 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)
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 tungsten carbide (TC), a harder material than HSS. Better cutting edge conservation and superior bit durability.
| D | 8 mm |
| L | 26 mm |
| T | - |
| C | 12,7 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 | 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)
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 | 10 mm |
| L | 32 mm |
| T | 80 mm |
| C | 10 mm |
| N | 2 |
D: cutting diameter L: cutting length T: total length C: shank diameter N: flutes number (or cutting edges)
This adapter allows to use 4 mm bits on the milling motor.
| D | 6 mm |
| d | 4 mm |
| T | 25 mm |
D: cutting diameter d: gripping diameter T: total length
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 | 8 mm |
| L | 62 mm |
| T | 100 mm |
| C | 8 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 | 5 mm |
| T | 40 mm |
D: cutting diameter d: gripping diameter T: total length
What types of end mills can we use in the Red Fox CNC milling machine series?
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)
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