Make a three pronged rod from brass, it should work.
I don't have the possibility to do that but wouldn't that also only be effective if they used some kind of press fit? Which you said they didn't? A pronged rod won't help with a screw?Make a three pronged rod from brass, it should work.
I'm well aware of that, but it doesn't make it any less frustratingBecause the TTO was in continous development until the 50ies and the British and US company went different ways.
The early Aristocrats were very far from perfect from an engineering point of view.
It's a security screw, this is what you are looking for:
There are also readily available tri-bit screwdrivers, is you can figure out how big the screw is (guess the same as later bottom screws?).
There is significant friction on the left door on your picture and also on the right hinge....so there is some geometry difference (bend) in the systemHello,
I have been a little lucky and was able to score this beautiful Gillette ‘Aristocrat’ set from 1934. After some cleaning and polishing the razor and case look great. I would say it turned out to be a solid 8/10. I’m pretty happy about the purchase and especially for the price:
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As you can see on the attached picture I’m quite the ‘Aristocrat’-fanatic. Both the British and American ones
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I have taken multiple of them apart, adjusted bent guards, lazy doors etc. The 1934 ‘Aristocrat’ is my first 1.generation TTO razor from Gillette and I thought to myself that I would take it apart just like the 2.generation ones with the special screw at the bottom:
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Then I ran into problems
I wanted to take it apart to clean it 100% and after hours of soaking and using different lubrication the TTO mechanism works pretty great, but not perfect. The razor by no means shows any signs of being dropped which eg. could result in bent teeth, corners or drop-knob.
For that reason I find it quite frustrating that the TTO mechanism isn’t working perfect. Hopefully this picture shows that it looks like they used some kind of pressfit with the 1.generation and NOT a special screw like the 2.generation to hold the “T-bar” down:
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I have never seen anyone talk about disassembling any of these 1.generation ‘Aristocrats’ so something tells me it can’t be done?
It’s like when I press the knob up a bit when using the TTO mechanism there is a little less resistance and it works perfect, but as I said it doesn’t look like an example of “drop-knob”.
Hopefully someone will be able to clarify what I’m up against
I think the razor is working proper now, but can you make some markings on a picture? Like described earlier I see no signs of the razor has being dropped. Nothing looked bend when I looked...There is significant friction on the left door on your picture and also on the right hinge....so there is some geometry difference (bend) in the system
Congrats, what a great collection.