Milling HASTELLOY | CNC Machining MasterClass | Vlog #90

[@jarrodr1145]

As a young machinist here in Australia I love your work man. Its awesome how passionate you are about machining bro, and I love all the videos.

[@southdakotaextremes4318]

I found your page yesterday. I really do enjoy your videos, i was lucky enough to get my foot into the field after screwing up my youth and i absolutely love it. Always want to expand my knowledge to do a better job.

[@nikolasimeunovic9086]

Well Titan, thanks for this clips, they are very intuitive for me as fresh 20yo machinist. I ve been working on cnc machines 2 years, and there is always a moment : wow that is something i didnt know. Thank you, again you are great! Have a nice day.

[@walterwolansky2685]

That finish came out so nice.

[@DarkHawk783]

You guys are opening a hole new world to us standard cnc machinist thanks man

[@nf794]

I love your camera work

[@JustAGuyWithALongScreenName]

Love running the hard stuff. Currently running Formaloy 400, and man it can be rough.

[@Huntingharry19999]

I think a great vid would be showing the balance between tool life and cycle time. As in theres no point going through 5 end mills on one part if you can slow don the surface speed and use 1 :)

[@caseyjohnson8427]

Awesome video!!! id really like to see a video of c22 hastelloy in a haas lathe! With same kind of info like insert speed feed. And parting off

[@danieltweit3702]

the second your video loads you get a like bro

[@jameswattenbarger2498]

Just got done running some C276 yesterday. That stuff is tough

[@LyricalJohn]

I know you commented 3 years ago, but i just machined some c276 on a manual lathe two weeks ago for the first time in my life. Man this hastelloy c276 is no joke. Worst material i ever machined. Insanely long to machine.

[@jameswattenbarger2498]

@@LyricalJohn yea it’s definitely brutal stuff. I’m actually about to do a few parts out of tomorrow lol

[@willl84]

Can you do a video on turning Hastelloy? I make a lot of small extrusion dies at work (5/8" bar stock) and I'm getting better at turning it but it's drilling it, especially with small drills, that I'm having lots of trouble with.

[@C70-p5m]

Done like and comment form malaysia 👍

[@79stingman]

Titan I would love to see a video about milling tool steels a2 and s7 or similar in soft and hard states(55+ rockwell)

[@rayballard8152]

I love this vlog!!! I've always dreaded machining nickel alloys. :( How many minutes of cutting or cubic inches of material is removed before the tool is worn out? I noticed a burr being kicked-up on your last passes. It's good to know this when quoting a Hasteloy job so you don't lose your shorts on consumable tooling costs (lots of expensive carbide end mills)!

[@FlorinNiculae]

Hello, Titan. I'm a student from Romania and if would so awesome if you put the values of speeds and feeds in Metric System. You have such educational videos and I'm glad to subscribed to you! BOOM!

[@alexloper3084]

great video as always

[@JoseEspinoza-jy4vy]

So any advise on manual machining?

[@kylehofmeister6906]

Milling it is easy. Drilling and tapping it is a whole different beast!

[@TITANSofCNC]

Here is how we do it in Inconel kzbin.info/www/bejne/h4eklHyJabybhq8

[@jamesm3268]

Can you do some work in thin hardened stainless like 62hrc and above for slotting and adaptive work that shit ruins tools fast. Currently using naCO I think that's how it's spelt coated 6mm corner rad 0.5mm 4 flute cutters.

[@ciscohernandez4384]

Titan, first off thank you for all the knowledge you share. I do agree with some of the comments below though. Milling is quote on quote, not as difficult, as drilling and tapping. Can you maybe show us how you drill and tap in tough materials. I know you have done a video on this before, but you used through spindle coolant. My machines done have that feature so I have to peck. I have failed miserably trying to drill some steels (4140 HT), which I know is not that hard. Can you show how to drill different materials (especially hard materials) with just flood coolant?

[@hxczach]

Never drilled high nickels with just flood before, but as far as threading goes I'd look into threadmilling. Much easier on the nerves. Tapping stainless, inconel, hastelloy, etc makes my butt pucker. Peck tapping on a machine with spindle synchro helps in that department.

[@TITANSofCNC]

Here is one that teaches all in Inconel kzbin.info/www/bejne/h4eklHyJabybhq8

[@ciscohernandez4384]

@@hxczach I figure the drilling will have to be pecking with full retract to let the flood coolant evacuate the chips. Just not sure what dept to peck. Maybe 1D before full retract? I'm going to have to try it. As for tapping, Yea I hear you. I'll have to look into thread milling. I have a job coming with 316 SS. Its a 100 part run, 2 thru holes per part, 10-32 tap. Not sure if a spiral point tap will hold. Thanks for the advice

[@theworkshopmechanicchannel3296]

Recently I was reading about how a curtain percentage of rockets fail because of counterfeit materials used during the manufacturing process. So my question is Have you ever come across and questioned the quality of materials that have been delivered to you ?

[@bradleygarlak8283]

So I'm a young machinist and I ran into a problem yesterday. We are drilling a .240 hole into inconel 625. The holes are coming out tapered by .020-.030 thou. We've tried changed the speeds and feeds, the tool holder and collet, shortening the drill as far as we can and nothing helped. The hole is a thru hole only about .5 deep using G81 canned cycle on a Haas VF1. Any constructive comment would be helpful. Thank you and keep up the videos Titan! Boom!

[@timschjei3917]

There is probably someone out there that has worked on that material more than I have. I would start with a carbide drill and a G83 with a few pecks, whatever the manufacturer suggests.

[@hxczach]

If you're using a center drill to spot it use an actual spot drill instead. Throw and indicator on your drill and tap the runout in as low as you can get. I always shoot for below .001. Carbide drill with TSC is always preferred.

[@shaunofthedead6389]

You should be calculating your spindle speed around 10-15 metres/min. Make a custom macro that drills in a few millimeters at half speed and feed then send the drill down at full speed and feed.

[@lukahamp9346]

I just love this man =D you are inspiring me even more, to open my own company and have my own team, from every video that you put on, LOVE IT MAN, BOOM BABY! Just wondering what was the spindle load on this particular job?

[@neilhuband995]

You really need a machine with solid build quality and huge rigidity to machine inconel, hastelloy, monel. I suggest using the tormach. Even DMG Mori can't compete with tormach for machine rigidity. If using the tormach, just look out for the whole spindle assembly bending like 30degrees. Should be fine tho, you could program that out lol

[@TITANSofCNC]

Jokes 😂😂😂

[@matthewbudz4733]

The DMG NHX I run begs to differ

[@neilhuband995]

@@matthewbudz4733 was a joke. I could produce better quality parts than a tormach simply by clamping the job in a bench vise and using a cordless drill by hand with a milling cutter in the chuck.

[@neilhuband995]

@@matthewbudz4733 I ran an NL2500SY for a good few years. Love Mori machines

[@vivekpawar1854]

Just Awesome. Sir can you make video regarding tool life monitoring.

[@cranke99]

So why am I jacking up my rpms to 2300 and a feed of .8 and not breaking a single coated 3/16 E.M? 1600, 1700 it breaks on the first but definitely by the 2nd piece? I'm also cutting .05 thick welded plates doing slots. Too much vibration?

[@harshmistry4023]

Titan, I always look forward to new videos from you and this one was awesome. I have a machine shop and need to machine hastelloy on CNC lathe, I am not getting the best efficiency, can you help me anyhow ?

[@tattoojohn313bizo]

Can you cut thread hastloy pipe on old Landis machines ? Any tips

[@teoextreme]

Question: Is it possibile to cnc mill hard meaterials like tungstein?

[@TITANSofCNC]

Yes

[@juanbaclavab]

tungsten is not that hard, idk where people got this from...

[@seinfeld11123]

can you guys make titanium engine valves? or best to buy from a company?

[@andythurlow9502]

Can you show us how you made the program paths like that? was that Fusion 360?

[@TITANSofCNC]

PowerMill and yes all coming... Fusion CAM tutorials are on our Academy

[@theoswanepoel5412]

Exelent

[@tomazbeg1999]

Thenk you.

[@kokoeohhyeahh7099]

Would you lower sfm for inconel x-750 cuz 75% Ni content or just use as kenna told.

[@TITANSofCNC]

Inconel is 57% Ni approx... so yes 100-210 SFM

[@vinyaskv]

Sir which tool to use for drilling a very sticky stainless steel for 50mm depth material ams 4645

[@anthonyadler3884]

could you show more g and m code programing in detail im looking at buying a hass machine so i want to learn how to program in g and m code and maybe show a good way to remember all the different codes

[@shridharjakati6447]

Hello TITANS I have one doubt can achieve the hardness in machining time?

[@mealex303]

Do you chill your cutting fluid?

[@TITANSofCNC]

No

[@extradimension7356]

Nice ! Perhaps for "Peeps" newer to CNC and these materials you guys could distinguish between 'hard"-to-machine versus hardened materials (which are also difficult to machine in a completely different way.)… When you guys use the term "Hard" you really mean "Difficult to machine" (materials). Folks that have not machined or handled those materials won't understand how much energy a "Gummy" material will absorb. Maybe you guys could make a video about the different kinds of chips that come off these materials and WHY they are mechanically hard to machine (i.e. what the higher nickel content is really doing in practical terms.). I am being completely selfish of course 'cuz I still want to see you guys make some videos on machining "Hardened" steels. ;-) Something that the DMU 50 3rd gen should also be good at ?

[@simplyshare7039]

Hi titan.. Please tell me whether climb milling or Conventional milling is preferred for hard materials???I use powermill to program parts... My common material is 6061 grade aluminium for which i give "both" option... some times i need to work with mild steel??? which option is preffered????

[@TITANSofCNC]

99.9% Climb Mill...

[@simplyshare7039]

Thank you sir👍

[@conradsinsua7415]

Hey Titan, did u machine that strap on yr watch...:D

[@TITANSofCNC]

No But it’s Titanium and I could:-)

[@AlexLancashirePersonalView]

What sort of tool life are you getting, that end mill sounded a bit stressed towards the end.

[@TITANSofCNC]

2-7 hours depending on aggression. The rigidity was also less at the end due to all the material being Machining away and the part being thin on the bottom.

[@AlexLancashirePersonalView]

@@TITANSofCNC That was probably the cause of the vibration I could hear.

[@memeitsme]

I would love to see some work hardened 24% manganese steel being milled. I hate that stuff.

[@aqeeba1676]

Great video sir Sir make some videos on gd&t

[@subarufan5503]

Trying to mill a slot on haynes188 1/16 ball em. Yeah not getting anywhere

[@marcmaza2821]

Learned so much on the cnc! Just found out my dip shit boss moving the shop! Hard to find other shops around my area :(

[@klimakleberwegreisser]

please also use metric system for the normal part of the world

[@vandangba3904]

👍👍👍👍👍

[@yashwanthgowdans9241]

I am studied gttc i will join your company I am from india

[@madhus8373]

Which branch

[@alby2317j35]

in materials like these do you recommend using carbide endmills only? for inserts cutters what changes? the cutting speed remains the same only the passes change?

[@kitekey2085]

Exactly how much math is necessary in this trade ?

[@85CEKR]

I think it depends on how good you wanna be in the trade. Math is a huge part of it put I know lots of people without great math skills who get by fine.

[@rocky7891]

Please one video of 4140 with solid carbide endmill.

[@chadkrause6574]

rocky7891 thats decently easy stuff. We go 300ipm on it at around 4K rpm and .02 axial

[@hxczach]

If it's not prehard you could run it at 350+sfm .004+ ipt 10+% stepover. 4140 is easy. Just use a variable helix em with a corner rad.

[@schranziii1]

Wir bearbeiten Werkzeugstähle ausschließlich 1.2379 was dann noch gehärtet wird auf 62 hrc. Mit vor und nach Bearbeitung.

[@chadkrause6574]

I was just machining 6061 Aluminum the other day. That stuff is tough.

[@curtisvonepp4335]

I don't have a problem with these metals the cutting tool duzzz then it's time to index hope you catch it before the final pass .😨😁.

[@sulistyo4048]

I want to learn cnc,i'm from indonesia

[@mealex303]

Machine a large neodymium magnet from a cube to a ball.. now that's a challenge!! 😆

[@marouanebenderradji137]

I guess you can do that with EDM but how you did it

[@mealex303]

@@marouanebenderradji137 I've not done it it was a challenge and yeah edm would maybe doit I feel it's impossible that's why I said lol

[@JF32304]

You can't. It's a sintered material just like ceramics. You don't machine it, you form it in a mold from powder and then bake it.

[@anthonyambler9688]

I used to hate that stuff

[@justinl.3587]

C276 gives me nightmares sometimes. 🤮🤮🤮

[@juanbaclavab]

especially the 50% cold worked

[@coling7088]

Must you OOOOOOOHHHHHHH N URRRRRRRRRRR ,

[@klimakleberwegreisser]

as a CNC mechanist. wayyyy too much blah blah