CINCINNATI No. 2 Tool and Cutter Grinder Restoration Part 6: Making a new leadscrew nut and reinstalling the saddle.

*Some of the tools I use:
Brownells Oxpho-Blue Cold Bluing: https://amzn.to/3kJLkbC
Tsubosan Japanese Hardness Tester File Set: https://amzn.to/3Zv7tt0
Tsubosan Fine File Set: https://amzn.to/3mkf3bR
Chucking Reamer Set: https://amzn.to/3ZeQBqU
Mitutoyo 0.200” Diameter Edge Finder: https://amzn.to/3SHpzGa
High Speed Steel Round Bit Blanks: https://amzn.to/3Yh5V4M
YG-1 10-24 Thread Tap: https://amzn.to/3SH7LLl
YG-1 1/4”-20 Thread Tap: https://amzn.to/3YiiH3c
YG-1 3/8” 120 Degree Spotting Drill: https://amzn.to/3YhnwcM
Cutting Oil, Mobil 766: https://amzn.to/3ZsW8Kg
Air Blow Gun, Astro: https://amzn.to/3kJlHb4

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CINCINNATI No. 2 Tool and Cutter Grinder Restoration Part 6: Making a new leadscrew nut and reinstalling the saddle. *Some of the tools I use: Brownells Oxpho-Blue Cold Bluing: https://amzn.to/3kJLkbC Tsubosan Japanese Hardness Tester File Set: https://amzn.to/3Zv7tt0 Tsubosan Fine File Set: https://amzn.to/3mkf3bR Chucking Reamer Set: https://amzn.to/3ZeQBqU Mitutoyo 0.200” Diameter Edge Finder: https://amzn.to/3SHpzGa High Speed Steel Round Bit Blanks: https://amzn.to/3Yh5V4M YG-1



This is a prime example of heavy engineering at its best. Installed last year at Bendalls Engineering this video is the 2nd in a series of features talking in depth about their CORREA machine installation that took place last year. In this interview Lyndsey talks with Mark Johnston about journey from purchase to producing parts.

#correa #cnc #milling #machine

Don’t miss out on more CNC videos, subscribe to our channel – https://www.youtube.com/user/MTDCNC?sub_confirmation=1

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This is a prime example of heavy engineering at its best. Installed last year at Bendalls Engineering this video is the 2nd in a series of features talking in depth about their CORREA machine installation that took place last year. In this interview Lyndsey talks with Mark Johnston about journey from purchase to producing parts. #correa #cnc #milling #machine Don’t



Surface grinders are great for making precise parts, but what if you don’t have one? It is quite possible to use a mill instead, even a small mill-drill like our “X3 super mill”.

The main problem with most mills is that the rpm will be too low to give a good surface speed at the face of the grinding stone. This can be overcome by using the highest speed on the mill (only once the stone is dressed and running true) and using a large dia. wheel. We inherited the one we have with a batch of other tools from eBay. It’s a Norton wheel, like these: https://ebay.us/WRcpHM

Friends, please be careful with second-hand (and even new) grinding stones – if they are not sound they can fly apart!
Also, beware the nasty dust, PPE is a must.

The video from Joe where he uses a cup wheel: https://youtu.be/yu02RLpq_K0

See how the part we were machining works in this vid: https://youtu.be/HF-OtLCGphg

Check out our main channel for more: https://www.youtube.com/user/FloweringElbow

Lets Connect!
Patreon: https://www.patreon.com/floweringelbow
Our website: http://www.FloweringElbow.org
FB: https://www.facebook.com/floweringelbow/

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Surface grinders are great for making precise parts, but what if you don’t have one? It is quite possible to use a mill instead, even a small mill-drill like our “X3 super mill”. The main problem with most mills is that the rpm will be too low to give a good surface speed at the face of the grinding stone.



BODOR laser cutting machine, unseen to MTD before until recently in Germany at #blechexpo #cutting #laser #laserprofile #bodor

Don’t miss out on more CNC videos, subscribe to our channel – https://www.youtube.com/user/MTDCNC?sub_confirmation=1

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BODOR laser cutting machine, unseen to MTD before until recently in Germany at #blechexpo #cutting #laser #laserprofile #bodor Don’t miss out on more CNC videos, subscribe to our channel – https://www.youtube.com/user/MTDCNC?sub_confirmation=1 source



…making the side plates for the Platen attachment on the KMG belt grinder. The material is 1/2″ Aluminum 6061. There are a few shots of the KMG in action as well. For more info: go to www.BeaumontMetalWorks.Com

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…making the side plates for the Platen attachment on the KMG belt grinder. The material is 1/2″ Aluminum 6061. There are a few shots of the KMG in action as well. For more info: go to www.BeaumontMetalWorks.Com source



If ya know, ya know! We finally took delivery of our @ShopSabre CNC Sidekick 10 Plasma Cutting table!

For those that don’t know, a plasma cutter is the closest thing we have to an actual lightsaber here on earth. It uses a high-voltage electrical arc to split atoms creating plasma, which is then forced through metal with compressed air in a really tight beam of metal slicing energy. The CNC part, or computer numeric control, is where this technology is taken to the next level. Parts can be designed in a drafting software then sent to the included computer where its turned into a set of movement instructions for all the motors responsible for moving the gantry around the table. The level of precision possible with a machine like this is incredible, not to mention part repeatability.

Tay went back and forth about this move for quite a while but having been a fabricator for almost 15 years, he saw how a machine like this can do things that are either too time consuming or just plain impossible by hand. We are so stoked to see what becomes possible here at the studio with a machine like this. What should we build first?

Edited by Walker Hooper
Music provided by Artlist.io

Thanks for watching!

Be sure to follow Lift Arc Studios on social media to stay up to date on everything going on at the shop!
Facebook.com/liftarcstudios
Instagram: @liftarcstudios @taywhiteside @walkers_username
Email: [email protected]
www.liftarcstudios.com

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If ya know, ya know! We finally took delivery of our @ShopSabre CNC Sidekick 10 Plasma Cutting table! For those that don’t know, a plasma cutter is the closest thing we have to an actual lightsaber here on earth. It uses a high-voltage electrical arc to split atoms creating plasma, which is then forced through metal with compressed air in