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Ready to do some EXTREME DETAIL carvings with your CNC router? This 30 degree engraving bit is the one for your serious detail carves.
The needle-sharp "Blade" 30-degree carving v-bit does what other v-bits can't. It carves! Yes, this bit is a true engraving bit.
You also get the doily file you see in the image for FREE. This little project uses 1 bit...a 30° engraving bit. You can have it whether you get the bit or not. Click here and the file will download immediately.
The Blade is designed with a knife edge all the way to the point! Not only can you carve to 0.005" detail, this CNC router bit also cuts the wood, leaving a mind-blowing smooth cut. It is a true carving bit!
Most v-bits have a flat edge on them. They scrape the wood away which leaves a rough finish. And unless you want to sand your v-carves, you just might want to invest in this puppy first.
This and all bits on this site are made of 100% solid tungsten carbide. That's the material the professionals use because it lasts 50x longer than standard bits.
Even beginner CNC'ers never go back once they use the Blade carving bits!
Made in the USA
Item SKU: SV-30
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For Vectric, Fusion 360, Carbide Create and Carveo users, get the latest CNC router bit tool database by going to this page
For CNC’s with routers, refer to this PDF download feeds & speeds table
Best customer service ever!
Great products, endless information, game changing videos by Garret, and who doesn’t love M&Ms?!?!
Very little to clean up after the cut is done
30 Degree EXTREME DETAIL V-bit Bit for CNC Routers, 1/4 Shank
I have been putting this 30 degree vee bit through it's paces on a number of detailed inlay carves and it doesn't even break a sweat. I have been using the speeds & feeds suggested in the IDC app (so far) and I am more than pleased with the clean results.
I've used these bits a few times to make boards with inlays that have small detail. They cut nicely and have not resulted in tear out on edge or face grain inlays. I have not yet tried them on end grain inlays but suspect the performance will be the same. I'm very please with the results. Here is an example of a project where I used this bit.
