Here is the most incredibly destructive CNC Machining Cuts That Have Ever Been Filmed! End Mills Taking Impossible Deep Steel Full Slot Cuts.

Help us fund FREE Education by purchasing tools seen in our videos here:
https://TITANSofCNCTooling.com

FREE CNC Machining Academy:
https://rebrand.ly/TiAcademy

FREE Aerospace Academy:
https://rebrand.ly/TiAero

FREE Grinding Academy:
https://rebrand.ly/TiGRIND

Subscribe for daily content and expert knowledge: https://rebrand.ly/SUBTITANS
___
___

FREE CNC Machining Academy. Join the Revolution:
https://rebrand.ly/TiAcademy

Follow us on Instagram:
https://rebrand.ly/TiINSTA

Like us on Facebook:
https://rebrand.ly/TiFACEBOOK

Join the conversation on our Facebook Group:
https://rebrand.ly/TiFBGroup

Connect with us on LinkedIn:
https://rebrand.ly/TiLINKEDIN

___
___

THANK YOU to our Partners who make this content possible:
Kennametal – https://rebrand.ly/TiKennametal
DN Solutions – https://bit.ly/DoosanTiYT
United Grinding – https://hubs.ly/Q013zHpC0
Mastercam – https://rebrand.ly/MastercamEDUTiYT
Blaser Swisslube – https://rebrand.ly/TiBlaser
Solidworks – https://rebrand.ly/TiSLDWRKS20
Trumpf – https://rebrand.ly/TiTRUMPF2022
Trumpf TruMark – https://rebrand.ly/TiTRUMPFTruMark
Trumpf TruPrint – https://rebrand.ly/TiTruPrint
Markforged – https://rebrand.ly/TITAN-Markforged
Markforged Metal X – https://rebrand.ly/TiMarkforgedMetalX
Markforged X7 – https://rebrand.ly/TiMarkforgedX7
Markforged Mark Two – https://rebrand.ly/TiMarkforgedMarkTwo
Tyrolit – https://rebrand.ly/TiTYROLIT
Mitutoyo – https://rebrand.ly/TiMitutoyo
Haimer – https://rebrand.ly/TiHAIMER
Schunk – https://rebrand.ly/TiSchunk
ONA – https://rebrand.ly/TiONAEDM

#CNC #Machining #Machinist

source

Here is the most incredibly destructive CNC Machining Cuts That Have Ever Been Filmed! End Mills Taking Impossible Deep Steel Full Slot Cuts. Help us fund FREE Education by purchasing tools seen in our videos here: https://TITANSofCNCTooling.com FREE CNC Machining Academy: https://rebrand.ly/TiAcademy FREE Aerospace Academy: https://rebrand.ly/TiAero FREE Grinding Academy: https://rebrand.ly/TiGRIND Subscribe for daily content and expert knowledge: https://rebrand.ly/SUBTITANS ___ ___



In part 13:

– Wiring up the operators control panel
– Add an upper limit switch for the Z axis
– Add a pneumatic strut to support the Z
– First machine movements and backlash testing
_____________________________________
DIY CNC Milling machine build.

My objective for this project is to design and build a CNC milling machine without the need for any machining of the parts. Ordinarily, building a mill requires a much bigger mill to get the axis surfaces flat and parallel.

By using aluminium tool plate (which is in theory pre-machined flat) and bolting the critical components rather than welding, it should be possible to avoid any machine work. After all, I’m building a mill because I don’t have one!

Linear rails and ball screws are the cheap Chinese 20mm style that you can find on eBay etc.
__________________________________

Music Credits
—————–
No Quarter – TechnoAXE

——————
Not According To Plan – TechnoAXE
Broken Toys – TechnoAXE
Dropped the E String – TechnoAxe

source

In part 13: – Wiring up the operators control panel – Add an upper limit switch for the Z axis – Add a pneumatic strut to support the Z – First machine movements and backlash testing _____________________________________ DIY CNC Milling machine build. My objective for this project is to design and build a CNC milling machine without the need for



What started almost a year ago has culminated in the most EPIC CNC Machining video of all time. We’re excited to bring it to your eyes FIRST.

Help us further the industry and inspire the next generation of incredible machinists by sharing this video to all of your friends and coworkers. Share it on Facebook, Twitter, LinkedIn, and give it a ‘thumbs up’ on YouTube.

BIG Thanks to the people and companies who made this possible.

As always it is YOUR SUPPORT and YOUR LOVE for the industry that keeps us coming back with all of this amazing content.
Support these sponsors as they continue to bring the best-of-the-best to our industry and they show a great amount of support for Team TITAN.

Subscribe for daily content and expert knowledge: http://bit.ly/SUBTITANS
___
___

FREE CNC Machining Academy. Join the Revolution:
http://academy.titansofcnc.com

Follow us on Instagram:
https://www.instagram.com/titans_of_cnc_academy/

Like us on Facebook:
https://www.facebook.com/titansofcnc/

Join the conversation on our Facebook Group:
https://www.facebook.com/groups/titansofcncacademy/

Connect with us on LinkedIn:
https://www.linkedin.com/company/titansofcnc/

Follow our CEO, Titan Gilroy:
https://www.linkedin.com/in/titan-gilroy/
___
___

THANK YOU to our Partners who make this content possible:
Kennametal – http://bit.ly/TIKennametal
Autodesk – http://bit.ly/TIAutodesk
Blaser Swisslube – http://bit.ly/TIBlaser
Mitee-Bite – http://bit.ly/TIMiteeBite
Royal Products – http://bit.ly/TIRoyalProducts
JobBOSS – http://bit.ly/TIJobBOSS

#kennametal #haas #machining

source

What started almost a year ago has culminated in the most EPIC CNC Machining video of all time. We’re excited to bring it to your eyes FIRST. Help us further the industry and inspire the next generation of incredible machinists by sharing this video to all of your friends and coworkers. Share it on Facebook, Twitter, LinkedIn, and give it



In this video I’ll be building the enclosure around the machine. I have used 3030 aluminium extrusion to construct the frame and 4mm polycarbonate for the doors and front panel. I used a cheaper (but arguably less safe) material for the sides where people are much less likely to be stood if a cutter tries to escape!

I also make some rail extensions and install bellows on the X and Y axes, as well as begin to mount the spindle clamp to Z axis.

In the next episode i’ll be mounting and wiring up the Chinese 3KW ER20 spindle!
_____________________________________
DIY CNC Milling machine build.

My objective for this project is to design and build a CNC milling machine without the need for any machining of the parts. Ordinarily, building a mill requires a much bigger mill to get the axis surfaces flat and parallel.

By using aluminium tool plate (which is in theory pre-machined flat) and bolting the critical components rather than welding, it should be possible to avoid any machine work. After all, I’m building a mill because I don’t have one!

Linear rails and ball screws are the cheap Chinese 20mm style that you can find on eBay etc.
__________________________________

Music Credits
—————–
No Quarter – TechnoAXE

——————
Not According To Plan – TechnoAXE
Basic Metal 12 – TechnoAXE
Future Ghost – TechnoAXE

source

In this video I’ll be building the enclosure around the machine. I have used 3030 aluminium extrusion to construct the frame and 4mm polycarbonate for the doors and front panel. I used a cheaper (but arguably less safe) material for the sides where people are much less likely to be stood if a cutter tries to escape! I also make



A conventional milling machine Wabeco F1200 – but it should work with any brand – is upgraded into a 3 axis CNC mill using stepper motors and an inexpensive Estlcam controll based on an Atmel 328P “Arduino” microcontroller. Programming is done directly using G code, thus, neither a CAD program nor a CAM programm is necessary.
#lscad

source

A conventional milling machine Wabeco F1200 – but it should work with any brand – is upgraded into a 3 axis CNC mill using stepper motors and an inexpensive Estlcam controll based on an Atmel 328P “Arduino” microcontroller. Programming is done directly using G code, thus, neither a CAD program nor a CAM programm is necessary. #lscad source