Information about the model:

The model contain 2 parts:

1. The frame

2. The clock's face

The frame can be printed in 2 ways, more specifically:
Frame-1 and Frame-2
I recommend the Frame-2 printed profile because the supports are best removed, using this profile and the resulting surface will be smooth, and the glue will work more efficiently. The mode of operation includes the use of PETG for the Support Interface.

You can also use the second printing profile if you consider that it is not necessary to use 2 filaments.

If you have a printer that uses only one type of filament at a time, you can pause the print at the last layer of Support Interface, using Top Interface Spacing = 0 (for a better result) and draw the entire Interface surface with a permanent marker, then press Print summary.

Recomendation:

Print at 100% infill with a layer height of 0.08mm with a base layer of 0.16mm

Filaments I Used:
PLA JAYO Black Transmission Distance: 0.3
PLA Elegoo Grey Transmission Distance: 5
PLA PolyTerra Peanut Transmission Distance: 3.5
PLA JAYO White Transmission Distance: 6
This print uses 4 unique filaments, and for the White and Black you can also use Bambu Lab Filament

Swap Instructions:
Start with Black
At layer #9 (0.8mm) swap to Grey
At layer #19 (1.6mm) swap to Peanut
At layer #25 (2.08mm) swap to White for the rest.

The model is compatible with several clock kits.

Everything is easy to print. I recommend the print profiles uploaded by me.
The model requires supports, but only for the Frame file

Fix the mechanism on the back of the frame and apply some SuperGlue in 1 or 2 points (take care not to enter the internal components of the kit)
The hands of the clock I used are some hands from a boring store clock, but you can also use printed ones.

I can'd wait to see how yours came out!!