16 C
London
Friday, September 22, 2023
HomeCNC LatheObtaining FLAWLESS Surface Finishes on a Lathe | Works of ART Compilation

Obtaining FLAWLESS Surface Finishes on a Lathe | Works of ART Compilation

Date:

Related stories

What to Look for When Buying a Plasma Cutter for CNC

What to Look for When Buying a Plasma Cutter...

CNC Routers for High-Precision Cutting

#CNC #Wood #Tools #shorts CNC routers are versatile machines...

Why CNC Wood Routing Services Near Me Are Worth It

Why CNC Wood Routing Services Near Me Are Worth...

CNC working process #shorts #india #cncmachine #cncmilling #youtubeshorts #viral #machine

CNC working process #shorts #india #cncmachine@shorttrickfitter source

How to Choose the Best Plasma Cutter for CNC

How to Choose the Best Plasma Cutter for CNC Plasma...
spot_imgspot_img

Machining on Doosan Puma 2600SY Lathe. Incredible Mastercam Processes. Speeds and Feeds for Kennametal Tooling Included for following materials, 360 Brass, White Delrin, 6061 Alum, 1018 Steel, 4140 Steel.

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://www.ellisontechnologies.com/titans-ona

#CNC #Machining #Machinist

source

Subscribe

- Never miss a story with notifications

- Gain full access to our premium content

- Browse free from up to 5 devices at once

Latest stories

spot_img

31 COMMENTS

  1. How the hell did they get that plastic (POM I guess?) To break chips??? Pleeeaaaase make a video on turning plastics. I hate those long chips that just wrap around everything and cause damage

  2. I'd just like to mention that someone contacted me about winning the last giveaway and they sent a request for shipping info and a list of shipping costs for the 3/4 inch harvi end mill and there were 3 tiers of shipping costs with the cheapest at $68 bucks with no expected date of delivery and later I discovered the number was in Newfoundland Canada. Scammer.

  3. Surface finish is governed by the drawing specification. There is no point in trying for 10 micro finish if the spec is for 63? Most manufacturing today is specked using SPC. So all parameters especially tight tolerances should be specked using SPC.

  4. We run parts that need a 16 micro finish. Easy with the right insert and good steel. Have to polish almost every part cause our buyers get the cheapest shit they can find. It's called "strategic procurement".

  5. Why do you have to be so clickbite? There is no answear to title of the video, just some random clips put together. Titans, wake up before it's too late and you loose too many viewers!

  6. I definitely don't recommend roughing raw material with cutoff tool – the insert may move a bit under the force and you won't meet your tolerances. Also for finishing high faces, it's definitely better for both tool and workpiece to finish downward. With 93° finishing tool, every 0,01mm (.0004") makes huge difference – high tool wear, bad surface finish, and on older machines which have its shortcomings, it happens quite often – bad probe measures roughint tool too much into the workpiece and to finishing tool is left no material to cut. In most cases it's better to finish such surfaces downward into the axis.

Comments are closed.