The steel pins of the AT braclelet

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Hello everyone, I would like to ask about the steel pins of the AT bracelet below: both ends of the pins tend to bend, make the AT bracelet becoming loose. Have you ever seen or encountered this problem before? Please give me your opinion. Thank you very much.

 
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They are worn, not bent…
Thank you for your reply. Have you ever seen this situation before?
 
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Happens quite often on bracelets worn regularly.
Dust gets into the bracelet nooks and crannies, and if you also have perspiration/moisture you have a nice grinding compound.
That, coupled with pressure and movement when the watch is worn can wear the steel away over time.
Depending on where it's worn, sandy/dusty versus a benign environment could affect the rate of wear.
 
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Thank you for your reply. Have you ever seen this situation before?
Yep...

 
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Yep...


How did you handle it? And did you ever consider whether it might be the AM bracelet instead of the OEM bracelet?
 
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Happens quite often on bracelets worn regularly.
Dust gets into the bracelet nooks and crannies, and if you also have perspiration/moisture you have a nice grinding compound.
That, coupled with pressure and movement when the watch is worn can wear the steel away over time.
Depending on where it's worn, sandy/dusty versus a benign environment could affect the rate of wear.
How did you handle it? And did you ever consider whether it might be the AM bracelet instead of the OEM bracelet ?
 
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How did you handle it? And did you ever consider whether it might be the AM bracelet instead of the OEM bracelet?
Replace the pins. This is not a sign of a fake bracelet.
 
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There are some examples of Rolex bracelets with a wild amount of wear on the pins. The pic below is a section of jubilee bracelet. The pin was a cylinder at one time. Now it looks like a beaver gnawed on it. That's years of grit getting between the pins and links and grinding away at the pin like sandpaper.

Stretch in a watch bracelet (for the most part) isn't from being pulled apart, it's from internal friction wearing down the pins.

Thankfully with an Omega bracelet such as yours the pins can be easily replaced.

 
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There are some examples of Rolex bracelets with a wild amount of wear on the pins. The pic below is a section of jubilee bracelet. The pin was a cylinder at one time. Now it looks like a beaver gnawed on it. That's years of grit getting between the pins and links and grinding away at the pin like sandpaper.

Stretch in a watch bracelet (for the most part) isn't from being pulled apart, it's from internal friction wearing down the pins.

Thankfully with an Omega bracelet such as yours the pins can be easily replaced.



Thank you so much for the excellent example and explanation!

Actually, I also work with hundreds of ATs every year, and the worn rate of the steel pins is really low—in fact, I only encountered it on two AT bracelets. Personally, I find the Omega AT bracelet of coaxial and master coaxial models have a very good design, comfortable to wear, low looseness rate, and easy to fix (replace steel pins), especially the watches produced from 2014 onwards.
 
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There are some examples of Rolex bracelets with a wild amount of wear on the pins. The pic below is a section of jubilee bracelet. The pin was a cylinder at one time. Now it looks like a beaver gnawed on it. That's years of grit getting between the pins and links and grinding away at the pin like sandpaper.

Stretch in a watch bracelet (for the most part) isn't from being pulled apart, it's from internal friction wearing down the pins.

Thankfully with an Omega bracelet such as yours the pins can be easily replaced.

Damn. Reminds me of that story of infinity with the bird scratching its beak on the cliff face.
 
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Bump! I hope to receive more share and insights from you all.