Nice rigid mill you have there, James. Retired now. Worked my entire career in the forging die machining trade. Know how tough that steel is. Great job!
Some inserts are designed to be run dry. They have special coatings that form a boundary layer that insulates the insert from the heat. Using coolant interrupts that process.
Erhh, wait, so you had 16:9 ratio video, but it got edited/uploaded as 4:3 ratio, so now I black bars top and bottom _and_ on both sides? Something went a little bit wrong here.
The weight refers to the force exerted by the forging machine (large hydraulic press probably) the die is used in. Same thing as calling a bottle jack a 2 ton jack. The jack is rated to lift 2 tons it does not weigh 2 tons.
yeah, no, that's not 2500 ton.. depending on the grade, steel is around 8 ton per cubic meter. That at best would be around 1/3 of a cubic meter, so 2500kg, or 2.5 ton
The weight refers to the force exerted by the forging machine (large hydraulic press probably) the die is used in. Same thing as calling a bottle jack a 2 ton jack. The jack is rated to lift 2 tons it does not weigh 2 tons.
Nice rigid mill you have there, James. Retired now. Worked my entire career in the forging die machining trade. Know how tough that steel is. Great job!
Hey JamesPark_85 machining TV! Nice work on the horizontal boring mill! Good work is done all over the world! Ride ride ride!
Thank you so much Eric!
The carbide inserts were doing a good job, all things considered
3:03 I can't stop thinking of how this cut sounds like a diesel engine idleing
My ears listening to that toolsteel against carbide.... it sounds sooo hard! haha :D
Lol yeah I was thinking "I wonder if that's pretty hard" and immediately she started singing, yup its hard
That is excellent work sir.
Very professionaly done
man , the tool is sticking out a long way !
Magna international uses presses like that. Huge beast machine. Squish a terminator no problem.
Are these dies new or in for refurbishment? Thanks James for the effort you put into your content.
It's been used. The size has changed. Thank you!
Saddle looks nice
it would be nice to see the end products in action
nice video
Why did you do the boring dry? No coolant at anytime?
Poor management
워매 항상 발 조심 하세유. 85년생인가봐여? 저랑 동갑 이신듯... 저는 4호기 만지는데 무지큰거 하시네요 ㅎㅎ
👍
Nice to see the tools cutting on video but in real life I would have the coolant on!?
They can't afford
I’ve found in face milling that coolant creates too much thermal shock and insert cracking
Awesome job
amazing, all that work on dies that compress cotton on giant Qtips
Very nice machining
Any reason for no liquid cooling? Oil/water mix? I assume this would save you some time switching inserts every 10 minutes.
Some inserts are designed to be run dry. They have special coatings that form a boundary layer that insulates the insert from the heat. Using coolant interrupts that process.
Kui yen nganggo coolant insert e luwih awet kang....
_Beautiful machine work!_
_What component is forged in this die?_
Giant forged shaft.
Why aren't they using any coolant ?
dude show us setting up a job this huge.
Erhh, wait, so you had 16:9 ratio video, but it got edited/uploaded as 4:3 ratio, so now I black bars top and bottom _and_ on both sides? Something went a little bit wrong here.
I'll bite: what holds the object in place?
Why do you use so few hold down clamps ? If I were taking such heavy cuts I would worry .
the weight of that thing alone probably holds it in place lol
Good job and well facing and . And i waana need some help in software making
who does the prograaming
Looks like lots of chatter. Is that because of hardness of steel?
They could tell us just what they are trying to do.
Muy bueno el trabajo, pero las eslingas sufriendo en los cantos de las piezas, son algo que tarde o temprano pagareis...
I think this is 2.5T 2500 kg.
You have too thin slings for 2500T.
Nice film, more please 😊.
No, it's a product used in a 2,500ton forging machine.
How hard was this piece?
Hardness is more than twice that of regular carbon steel. When processed, it feels more hardness because of the added alloy elements.
That’s definitely a bearing cap for a cruise ship lol
😍😍😍👍👍👍
Even at .25 speed it looks like the chips are going into the 160mm cutter, not coming out
2500 ton forging machine die. Well, I guess we all die.
That was a round over tool, not a chamfer tool
Maybe 2500 kg or 2,5 t?)
The weight refers to the force exerted by the forging machine (large hydraulic press probably) the die is used in. Same thing as calling a bottle jack a 2 ton jack. The jack is rated to lift 2 tons it does not weigh 2 tons.
Nice conrod caps. XD
1 ton=1000kg
2500 ton=2500000kg Holy cow!!
yeah, no, that's not 2500 ton.. depending on the grade, steel is around 8 ton per cubic meter. That at best would be around 1/3 of a cubic meter, so 2500kg, or 2.5 ton
Its used in a 2500ton press Scott dean.
R40 Chamfer Tool, i´m working with r2.5 tools lol
like to see this under electron microscope
Why diddn´t he use coolingfluid?
SKT4
ONE MACHINE I do not have
2500 Ton ?!
ua-cam.com/video/cQkZRZ15rko/v-deo.html
@@BruceBoschekthx
Applied force
Not good because it run in left
Maybe 25 tons if that, definitely not 2500 tons!
The weight refers to the force exerted by the forging machine (large hydraulic press probably) the die is used in. Same thing as calling a bottle jack a 2 ton jack. The jack is rated to lift 2 tons it does not weigh 2 tons.