hmmmm gave me an idea , i want to convert a heavy columb drill intoo a honing machine and need the scratch pattern to be a 30 degree crosshatch , not sure if it will work as you can only get a linnited dept with a cam like that unless you increase the diameter , but i think i can make this cam with a pulley put it in place of the pulley on the drillside and move the quill from the top using that cam
In real time, how long does each drilldown take? I think also I had imagined something a little more router-like. But I guess the dulling rate (and heat) would be even worse.
Depending on how dull the end mill was, 10-20 seconds, probably? Unfortunately I filmed it timelapsed in the camera, so I can't easily get you a more exact number.
@@Attoparsec I've been reading some anectodal stories about people giving themselves pulmonary issues breathing atomized coolant on open mills. (Moreso with mist systems.) Nice work!
hmmmm gave me an idea , i want to convert a heavy columb drill intoo a honing machine and need the scratch pattern to be a 30 degree crosshatch , not sure if it will work as you can only get a linnited dept with a cam like that unless you increase the diameter , but i think i can make this cam with a pulley put it in place of the pulley on the drillside and move the quill from the top using that cam
In real time, how long does each drilldown take?
I think also I had imagined something a little more router-like. But I guess the dulling rate (and heat) would be even worse.
Depending on how dull the end mill was, 10-20 seconds, probably? Unfortunately I filmed it timelapsed in the camera, so I can't easily get you a more exact number.
I dont see any lubricant being used. Is that not necessary for some reason?
That action is super smooth!!
It probably would have been a good idea, but I'm not set up for flood coolant sadly.
@@Attoparsec I've been reading some anectodal stories about people giving themselves pulmonary issues breathing atomized coolant on open mills. (Moreso with mist systems.)
Nice work!