graduate_owner
Established Member
Hi all,
I have read several articles about this topic and there seems to be some disagreement. Some people say solid carbide bits will do the job, others have said they won't, and similarly for tungsten carbide tipped bits.
I was thinking of drilling into the axis of an old, blunt milling machine cutter, then using an angle grinder to slice discs off with the hole more or less centred.
What do people think of the feasibility of drilling a milling cutter - will that be too hard for cobalt drills? What about the diamond tipped drills used for drilling porcelain? Does anyone have any better ideas? I don't fancy annealing and then hardening as this seems to bring its own set of problems.
Is a milling cutter likely to be just too hard - Would I be better off using a round bar of HSS from ebay instead?
The purpose of this is to make my own wood turning tools as sown in this video.
https://www.youtube.com/watch?v=Jdhnm6biC
If this is going to be a right performance then I will scrap the idea.
K
I have read several articles about this topic and there seems to be some disagreement. Some people say solid carbide bits will do the job, others have said they won't, and similarly for tungsten carbide tipped bits.
I was thinking of drilling into the axis of an old, blunt milling machine cutter, then using an angle grinder to slice discs off with the hole more or less centred.
What do people think of the feasibility of drilling a milling cutter - will that be too hard for cobalt drills? What about the diamond tipped drills used for drilling porcelain? Does anyone have any better ideas? I don't fancy annealing and then hardening as this seems to bring its own set of problems.
Is a milling cutter likely to be just too hard - Would I be better off using a round bar of HSS from ebay instead?
The purpose of this is to make my own wood turning tools as sown in this video.
https://www.youtube.com/watch?v=Jdhnm6biC
If this is going to be a right performance then I will scrap the idea.
K