T 12 Soldering Station Rack [modular] with Spool- and Toolholder

The first version of the station works for me.

A friend of mine bought the same station on Ali and had some extra wishes.

So a few more versions were created
 

The last version is printable without any support but you have to apply a decent amount of superglue to all the connecting surfaces between the base-plate and the clamp for the T12 to put it well together - but if the T12 is mounted under the clamp once and the blocks are positioned there would be no more reason to bend and stress the mechanics in a heavier way.
If you do the job with the superglue on all this surfaces, it will take some mechanical stress from the bridge on the base-plate.
For the version with the seperated clamp i've done it in this way.
If you wont waste superglue on the print and are willing to sacrifice some filament for support : / like i've done on the first print - take the verion with the on the base-plate integrated clamp.
For the soldering-flux i used a syringe to fill it in. Yes, all my stocks of it are from a time this stuff mostly was aviable in cans and not in syronges \o/ - so there is no special place for this cans or blocks etc..

Finally i used to place this T12-tablet, a seperated toolholder, a holder for the cable-roll and one of those fancy silicon-mats on a 50x50cm wooden plate to have a everything for my soldering jobs on one portable platform.
Yippi, no more unnessecarily long actions to carry all those stuff from one desk to another.
 

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There are two blocks to lock the T12 Station:

…

Block Back:
either in a forward position so that the soldering iron plug protrudes slightly from the station and the control button is a little further forward, which can be an advantage
 

or

Block Front:

the station sits a little further back so that the soldering iron plug does not protrude from the station - so this 2nd position is the one i wanted for my desk.

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My Settings:

• Nozzle                             0.6
• Layer-Width                   0.7
• Top-Solid-Infill-Width   0.6
• 1st Layer-Height            0.2
• Layer-Height                 0.48
• Max-Volumetric-Speed 15 mm³/s     
        → Effective most time under 11 mm³/s

Filament: for this one = Geetech Transparent @ 230 First => 240

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… using superglue to perpetuate the parts together …