Carbide 3D Carbide 3D #302 0.50" V-Bit Cutter 60 Deg. - 0.25" Shank (Qty 2)
This V-Bit endmill features a cutting diameter of 0.50" and also has a shank diameter of 0.25". V-Bits are great for engraving and any project that requires a triangular cut.
| List Price: | $82.00 |
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| Price: | $75.00 |
| Price: | $... |
| Availability: | In Stock |
An endmill for any carving project
These Carbide3D endmills are manufactured in the USA from solid carbide. They are perfectly paired with the Shapeoko and Nomad as the ideal cutting speeds and feeds are already pre-loaded into Carbide Create so you can quickly get up and running creating complex and beautiful projects on your Shapeoko or Nomad.
Technical Specifications
- Cutter Type: V-Bit
- Cutting Diameter: 0.5"
- Shank Diameter: 0.25"
- Max Cutting Depth: 0.25"
- Number of Flutes: 2
- Cutting Angle: 60°
Note: The V-Bits come with a protective coating on them that can either be manually removed or removed by carving with the bit. This is a protective coating for transport to you only.
Please note: Carbide 3D products are no longer eligible for the redemption or accrual or MatterHackers Rewards.
Questions
What are the dimensions of the 5lb spool? When I select the 10lb spool, the dimensions listed under the Technical Specs do not change. I want to make sure the 5lb spool fits in my filament dryer.
This is comment and not a question. I just made a set of 3 parts with RYNO for the first time. After 2 tries at getting the temps and speeds set correctly, I made 99.9% perfect prints of all 3 parts in pretty reasonable times on my AnkerMake M5. I was pretty stunned at the results. Really like the results with Pro Series RYNO. For anyone else that needs reference: Fan 100% with fan disabled for first 3 layers. Bed is standard AnkerMake PEI cleaned with alcohol before start of print. Nozzle temp: 245°C Bed temp: 65°C First layer speed: 50 Outer wall speed: 60 Inner wall speed: 80 Sparse speed: 60 Internal solid infill speed: 60 Top surface: 65 Gap infill: 50 Support: 65 Travel: 500 Filament was in dryer for 3-4 hours to get down to 22%RH and ran from dryer with RH between 18-22% during printing.