Watchmaking - Examination

[@TheKnacklersWorkshop]

Hello Steffen, Always enjoyable to watch you work, thank you. Take care. Paul,,

[@oraszuletik]

What a coincidence: yesterday I had some leisure time. Went to my horology bookshelf and took Touhrbillons. I just open it somewhere and study the drawings, thinking on the works done onto that piece. Great to see another video, Mr. Pahlow, thank you!

[@seanmac5507]

It's a pleasure to see a Master at work.

[@elvito78]

Der Meister ist zurück

[@lohikarhu734]

Steffen, great to see you back in action! For some reason, I have not received alerts from your channel :-( But, here you are !

[@benerabilis]

Schön sie zu sehen!!

[@panbayaer2288]

Nice to see you again 🤣

[@sonnymoorehouse1941]

Very neat, Im learning American pocket watches, but I appreciate all watches

[@clave9999]

Very nice video! Thank you very much.

[@atelierhorloger4787]

Super boulot, comme d’habitude!!!!! 🤩🥰

[@BrunoWiebelt]

sehr schönes video

[@asmobrat]

You should have spends a huge life time for watches dear sir... Congratulations 👏👏

[@markjob6354]

Stephen, with all of the modern day technology afforded to mechanical watchmaking, i.e. CAD (Computer Assisted Design), George Daniel's Co-Axial Escapement, and Roger Smith's ever improving modifications to the G.D. Co-Axial Escapement, why is it not now possible to create a mechanical watch with a Chronometry as good as a quartz watch ? 😳

[@spahlow]

Always it is the friction, metal on metal or similar, together with the natural force of gravity, or? The Co-Axial Escapement doesn’t convinced me for this reason however it is designed. An endless discussion

[@markjob6354]

@@spahlow An endless discussion, but one worth having 👍. One of the things which needs to change is more research into design and engineering techniques, which forego the need to use lubrification in the mechanism, thus avoiding the need for compulsorary servicing every 5 years (Mainly cleaning and re-oiling). What if there was a way to design and build a movement which didn't require any lubrication ? 2. Another problem is the eveness of transfer of mechanical energy from the compressed metal spring in the mainspring barrel as a wound watch gradually unwinds. Perhaps some new kind of spring steel metal alloy could be used, which can hold and even elasticity across its coiled length between maximum and minimum compression ?

[@AdamMroziuk]

Serdeczne zegarmistrzowskie pozdrowienia z miasta Gustav Becker Świebodzice dawniej Freiburg in Schlesien.

[@bfx8185]

Hi, I wrote you email , about your books , but I don't have any answer :(

[@spahlow]

Hello, there isn‘t an email, my address [e-mail]

[@bfx8185]

@@spahlow I will send you again , please check junk box sometimes it ends up there :o