BRILLIANT Process to Machining Complex Parts in SECONDS

15 machining operations in 11 seconds on the Tornos 8x26 Multiswiss. Turning, drilling, tapping, broaching, chamfering, threading all done in 11 seconds.

00:00 15 Machining Processes in 11 Seconds
00:35 Staying Competitive with Automotive Industry Parts
00:56 Thermal Growth advantage on Tornos MultiSwiss 8x26
01:27 Multi Spindle Operations to Cut Down Cycle Time
02:08 Behind the MultiSwiss Spindle Rotation
02:35 Rough and Finish Turning
02:57 Drill and Tap
03:27 Check out the Titans of CNC Podcast
04:02 Rotary Broach
04:34 Turning
05:04 Custom Endmill Hex Chamfer
05:30 Threading
05:49 Cut Off Part
06:22 Counter Spindle Operations
06:41 Part Eject to Conveyor Tray
07:07 15 Machining Processes in 11 Seconds

Subscribe to our podcast channel:
@titansofcncpodcast

Join this channel to get access to perks:

Help us fund FREE Education by purchasing tools seen in our videos here:

Create your free CNCEXPERT profile here:

FREE CNC Machining Academy:

FREE Aerospace Academy:

FREE Grinding Academy:

___
___

Follow us on Instagram:

Like us on Facebook:

Join the conversation on our Facebook Group:

Connect with us on LinkedIn:

___
___

THANK YOU to our Partners who make this content possible:

#Machining #Machinist #Engineering

[donniehinske]

This machine is truly a modern marvel of engineering! I absolutely love working on it and making these videos on it! Such a fun job!

[Hustler]

I was just a single spindle, single turret, turning guy for 15 years. Just started swiss machines at a new place. Crazy and awesome! Fun and keeps me learning.

[trevorgoforth]

Crazy machine, it reminds me of progressive stamping dies, it's essentially the same principle but for machining parts instead of stamping them! Cool video Donnie!

[barrysetzer]

Very cool! I actually really love the rotating part catcher and programmable quantity. Nothing worse than having to manually count 1, 000's of parts

[Pondimus_Maximus]

The custom tool deburring the hex was the most satisfying part of the video. 🖖😀

[Fizzie_K]

Love working on these machines. Been working with them for 4-5 years.

[johnlangley]

I worked with single spindle Swiss for over 22 years amazing what Tornos has created they never stop planning for the future 😅

[Sara-TOC]

Great video, Donnie! The multi Swiss is an intriguing machine to watch. I can’t wait to see what machines are in those crates! 😊

[travisjarrett]

That was cool man! Really enjoyed that. Sometimes those machines move so fast you really have no idea what is going on inside. Great breakdown!

[nathanbieri]

Great video Donnie! The Multi Swiss is Crazy!

[Blahaj_IKEA]

Henry Ford approves of this CNC assembly line

[christophervillalpando]

Great video Donnie! This machine is crazy!

[RAGEAMUS]

Honestly my favorite machine to watch dance.

[alanbarnes]

I learnt some of my marching in the seventies on a manual multi spindle machines was all ways fun

[chod]

it's a whole production line in 1 machine. crazy :D

[markdavis]

Crazy machine indeed!😎 Great video, really simplifying the process, Donnie! Also, amazing shooting/ editing Corey!👏👏👏

[Enrique_Solano]

The editors had tooo much fun on this video 🤣. Great job guys!

[puneetneotia]

Come on Titan Guys. Yes, Index had these machines for a long time. But how many can afford these. Post contents that are for the mainstream.

[PatrickJoergensen]

I have a few questions; and they might be obvious to swiss-machine experts but here goes:

1) When programming this, what does the setup look like? Is it one program for each spindle, og an entire program with 8 different operations with one assigned to a spindle number?
And is it done directly on the machine and stored there internally, or is it on a seperat system with Solidworks, Fusion360 etc.?

2) How does the machine know when the step that takes the longest to complete (e.g. the last step before spitting the part out, or hex milling) is done?
What I mean with that is how does the machine knowo that it's safe to rotate the entire head with no collisions whatsoever?

3) What does the limit in rpm look like on spindles like these, and how often is it a problem?
Because I can certainly see that, in itself, having an effect on cycle time.

Thank in advance, and greetings from a fellow machinist in Denmark :)

[vincentgames]

You guys are an inspiration. I have a manufacturing company but with different machines and a different product all together. It’s crazy how much I learn about business and general manufacturing processes from you guys. Keep it up!