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"KLETKA 4.1" STL Wall Clock Hybrid DIGITAL DESIGN for 3D Printing and Laser Cutting

"KLETKA 4.1" STL Wall Clock Hybrid DIGITAL DESIGN for 3D Printing and Laser Cutting

Regular price €9.00 EUR
Regular price €9.00 EUR Sale price €9.00 EUR
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• Personal Use Only. View License & Terms

purchase a commercial use license

15% off when you purchase 2 or more designs

This is for all of my fellow makers who are looking for something cool to make. 

Feel free to contact me with any feedback or if you have questions about the making process. Thank you for your support and go make!

Ordering this file will allow you to download it instantly as a ZIP archive. The included STL files are compatible with any 3D printer slicer software. 

 

Included Files:

1) Ф25cm version
2) Ф30cm version
- full print for a larger print bed to print it on one piece
- sliced model parts that fit a 256x256mm print bed - print in four parts and glue together with CA glue
3) DXF + SVG vector of the face (for laser cutting it if you want)

 

Materials & Assembly:

- the 30cm version I printed using 2 walls, 15% infill, took 250g of filament.
- I used a 30x25cm piece of 3mm plywood for the face that I laser cut. You can use either 3mm or 4mm thick plywood (or other material like acrylic if you like). There is also a 3D printable face included if you don't have a laser.
- the pocket that the face goes in is 5mm deep meaning that the clock mechanism needs at least 5mm long shaft to ensure that the hands will stay above the clock top surface.
- I have included a distance block that can be printed and scaled across Z to make sure a mechanism with a longer shaft will fit, too. For example I used a 5mm thick block to place between my mechanism and plywood face because my mechanism shaft length is 12mm. This means you can use a mechanism with shaft length between 5 and 15mm.
- I use CA glue to combine all parts together


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Design Updates History

Latest version

- this time I included a split 30cm model that can be printed on a 256x256mm print bed and then the four parts are glued together with CA glue.
- the face can also be printed on the same print bed in two parts and glued together or even better if you have a laser cutter and can laser cut it using 3mm or 4mm plywood
- I changed the back panel hanger from a single hole to multi-slot type that allows to hang it on your wall and always be able to find the center of mass even when using various materials for the face

Kletka 4.5 - Photo 1
Kletka 4.5 - Photo 2
The newer version optomizes material use and reduces printing time
Kletka 4.3 - Photo 1
Kletka 4.3 - Photo 2
Kletka 4.3 - Photo 3
The first design of the "Kletka 4" wall clock. This one came in 25cm and 30cm diameter sizes with a lot of material use.

I used my Creality Ender 5 Plus (0.6mm nozzle).
Compatible with 3D Printers with bed enough to print 25cm (10") or 30cm (12") in diameter

Ordering this file will allow you to download it instantly as a ZIP archive. The included STL files are compatible with any 3D printer slicer software. Included Files:1) 25cm and 30cm diameter STL models - body, upper hanger, lower hanger2) DXF + SVG vector of the face (for laser cutting it if you want)3) a photo guide of my making process to help you when building yours Materials & Assembly:I made this one using Polymaker charcoal black PLA. 15% infill and 3 walls for all parts - 340g.

For the face of my clock I used oak vaneered 3mm MDF using my diode laser NEJE 3 Max 6.5W module (with air assist at 150mm/m, 2 passes, 95% power).I used CA glue to combine the parts together. 

Kletka 4.1 - Photo 1
Kletka 4.1 - Photo 2
Kletka 4.1 - Photo 3
The laser cut version came first and only then I made it 3D printable.

And how I came up with this design is I just used one of my previous designs - the "PITA" laser cut clock that I released on Dec 03, 2024.

Kletka 4.0 - Photo 1
Kletka 4.0 - Photo 2
Kletka 4.0 - Photo 3
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