Trevor shows how to achieve a PERFECT FIT in 4140 Steel. Machining a part to fit seamlessly into another using ONA’s AV35 EDM (Electronic Discharge Machine).

#shorts #CNC #Machining #machinist #asmr

source

Trevor shows how to achieve a PERFECT FIT in 4140 Steel. Machining a part to fit seamlessly into another using ONA’s AV35 EDM (Electronic Discharge Machine). #shorts #CNC #Machining #machinist #asmr source



More info on ONA WIRE EDM: https://www.ellisontechnologies.com/titans-ona

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

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
Doosan – https://bit.ly/DoosanTiYT
United Grinding – https://rebrand.ly/TiGrinding
Mastercam – https://rebrand.ly/MastercamEDUTiYT
Blaser Swisslube – https://rebrand.ly/TiBlaser
Tormach – https://rebrand.ly/TiTormach
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
Tyrolit – https://rebrand.ly/TITAN-Tyrolit
Mitutoyo – https://rebrand.ly/TiMitutoyo
Haimer – https://rebrand.ly/TiHAIMER
LNS – https://rebrand.ly/TITAN-LNS
FANUC America – https://rebrand.ly/TiFanuc
Schunk – https://rebrand.ly/TiSchunk
ONA – https://www.ellisontechnologies.com/titans-ona

#CNC #Machining #Machinist

source

More info on ONA WIRE EDM: https://www.ellisontechnologies.com/titans-ona 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 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



1000 IPM Cutting 1080 STEEL! STOP Running Slow!

STOP Running SLOW… The capabilities of your tools and machines can be pushed to high gear. That’s what we’re demonstrating here by cutting 1018 STEEL at 1000 IPM. We run our tools faster than the average machine shop, and so can you. Faster run times = More parts = More Money. BOOM!

Check the capabilities of your own machines and tools before programing feeds and speeds

#shorts #CNC #Machining #Machinist

source

1000 IPM Cutting 1080 STEEL! STOP Running Slow! STOP Running SLOW… The capabilities of your tools and machines can be pushed to high gear. That’s what we’re demonstrating here by cutting 1018 STEEL at 1000 IPM. We run our tools faster than the average machine shop, and so can you. Faster run times = More parts = More Money. BOOM!



Trevor walks us through the process of metal 3D Printing a Titanium part on the TruPrint 2000. The ONA AV35 was used cut this part off the build plate (which was also Titanium). This part is different from previous prints because this part not designed by a human, but instead an A.I.

Hyperganic Platform:
https://www.hyperganic.com/#countdown

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

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
Doosan – https://bit.ly/DoosanTiYT
United Grinding – https://hubs.ly/Q013zHpC0
Mastercam – https://rebrand.ly/MastercamEDUTiYT
Blaser Swisslube – https://rebrand.ly/TiBlaser
Tormach – https://rebrand.ly/TiTormach
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
Tyrolit – https://rebrand.ly/TiTYROLIT
Mitutoyo – https://rebrand.ly/TiMitutoyo
Haimer – https://rebrand.ly/TiHAIMER
LNS – https://rebrand.ly/TITAN-LNS
FANUC America – https://rebrand.ly/TiFanuc
Schunk – https://rebrand.ly/TiSchunk
ONA – https://rebrand.ly/TiONAEDM

#CNC #Machining #Machinist

source

Trevor walks us through the process of metal 3D Printing a Titanium part on the TruPrint 2000. The ONA AV35 was used cut this part off the build plate (which was also Titanium). This part is different from previous prints because this part not designed by a human, but instead an A.I. Hyperganic Platform: https://www.hyperganic.com/#countdown Help us fund FREE Education



Learn what the differences are between CNC machining and 3D printing in order to find out if CNC machining or 3D printing is a better choice for your design. For instance, is CNC cheaper than 3D printing? Find out in this video.

00:00 Introduction to 3D printing vs CNC machining. What is 3D printing and what is CNC machining? And what is the main difference between CNC machining and 3D printing? (when it comes to producing parts)

01:53 Second, dimensional accuracy. Here we’ll go over how CNC machining and 3D printing differ in dimensional accuracy

02:47 Third, materials. In this section, you’ll learn about how CNC and 3DP are different in regards to the materials they can machine and print. You’ll also learn what the impact of the combination of materials and technology can be.

03:55 Fourth, model complexity. For both CNC machining and 3D printing it’s important to consider their design limitations. In this section, you’ll find out more about the differences between those for CNC and 3DP.

05:00 Fifth, post-processing. Both CNC machining and 3D printing have several post-processing options. However, there are some differences.

05:30 Finally, manufacturing workflow. In this last section, we’ll discuss what happens differently for CNC machining and 3D printing after an order is placed.

06:21 Rules of thumb. Finally, we’ll go over what we learned about the difference between CNC machining vs 3D printing.

Hubs is an online manufacturing platform that provides engineers with on-demand access to a global network of manufacturing partners. Users can easily upload their design, instantly receive a quote, and start production at the click of a button.

Get an instant quote: http://3dhu.bs/BORw88

Facebook: http://3dhu.bs/R-OXDm
Instagram: http://3dhu.bs/7EZ5mG
Twitter: http://3dhu.bs/oRC1uy
LinkedIn: http://3dhu.bs/t2KEyM

source

Learn what the differences are between CNC machining and 3D printing in order to find out if CNC machining or 3D printing is a better choice for your design. For instance, is CNC cheaper than 3D printing? Find out in this video. 00:00 Introduction to 3D printing vs CNC machining. What is 3D printing and what is CNC machining? And