Large scale Divers watch desk clock
por Franc Falco en Thingiverse
If you ever wanted a really massive divers watch desk clock - your dreams have been answered! However, this little project isn't for the faint hearted! 131 individual parts (or thereabouts). 30 hours printing time - approx @ 0.2mm (0.1 recommended). 50 metres of filament @ 3mm dia. 400g weight...
Licencia
Solo uso personalCC BY-NC 4.0 — Atribución, no comercial
Puedes imprimirlo y modificarlo para uso personal dando crédito. No se permite vender las impresiones.
Al descargar aceptas respetar la licencia y dar crédito a Franc Falco.
Archivos (31)
- Face_dial_Blank.stl STL · 306 KB
- Face_dial_MB.stl STL · 400 KB
- Winder_MB.stl STL · 745 KB
- Dial_hour_inserts.stl STL · 188 KB
- Main_clasp.stl STL · 1,4 MB
- Small_clasp.stl STL · 1,3 MB
- Clasp_hinge_latch.stl STL · 1,6 MB
- Bezel_face_numbers.stl STL · 294 KB
- Bezel_ratchet.stl STL · 133 KB
- Hands.stl STL · 279 KB
- Bracelet_inner_links.stl STL · 659 KB
- Inner_ring.stl STL · 292 KB
- Bracelet_outer_links.stl STL · 1,6 MB
- Hands_inserts.stl STL · 31 KB
- Bezel_number_face.stl STL · 1,7 MB
- Bezel_outer.stl STL · 516 KB
- Dial_hours_outer.stl STL · 504 KB
- Bracelet_watch_links.stl STL · 385 KB
- Back_outer.stl STL · 226 KB
- Back.stl STL · 2,5 MB
- Main_body.stl STL · 8,2 MB
- Face_dial_MB_flat.stl STL · 317 KB
- Back_thread_1_v2.stl STL · 342 KB
- Back_thread_2_v2.stl STL · 371 KB
- MAIN_body_1_v2.stl STL · 958 KB
- MAIN_body_2_v2.stl STL · 1,5 MB
- Bracelet_outer_links_v2.stl STL · 1,6 MB
- Main_clasp_no_support.stl STL · 594 KB
- Clasp_hinge_clasp_v2.stl STL · 1,0 MB
- Bracelet_inner_links_v3.stl STL · 659 KB
- Divers_Watch_desk_clock_v2.pdf PDF · 2,4 MB
- Categoría
- Tecnología
- Formatos
- STL, PDF
- Descargas
- 32,850
- Publicado
Sobre este modelo
If you ever wanted a really massive divers watch desk clock - your dreams have been answered! However, this little project isn't for the faint hearted! 131 individual parts (or thereabouts). 30 hours printing time - approx @ 0.2mm (0.1 recommended). 50 metres of filament @ 3mm dia. 400g weight (approx) This project will require model making skills and lots of patients! Ideally, all parts should be printed at 0.2 or higher if possible and some fine tuning will be required to make parts fit. Printed on the MB Rep 2 and Ultimaker 2 Printed with Faberdashery Bling Bling Gold, Robot Silver and Classic Black PLA. Fully detailed printing spec and assembly instructions included. UPDATE: 210115 I've had a couple of requests for the face to be printable flat on the bed. You won't get the maximum resolution in that orientation but i've added a new .stl to the list: Face_dial_MB flat.stl UPDATE: 250115 I've spilt the 'Back thread' file into two individual files: Back_thread_2_v2.stl Back_thread_1_v2.stl Easier to print as two individual parts - the previous file had one thread ring not on the bed - sorry about that! UPDATE: 300115 Added v2 version of the main body. Split into 2 files: MAIN_body_1_v2.stl MAIN_body_2_v2.stl Simpler geometry - some users were having slicer, printer issues. UPDATE: 080215 Added v2 versions of the bracelet files: Bracelet_outer_links_v2.stl Bracelet_inner_links_v2.stl Optimised arrangement to fit onto smaller build beds. UPDATE: 170215 Added a new 'Main clasp' (without support) file. To use with your slicer support settings UPDATE: 040815 Replaced Bracelet_inner_links_v2 with a new file: Bracelet_inner_links_v3 - some of the links weren't aligned to the floor (only an issue if slicing higher than 0.2mm) UPDATE: 081115 Added a blank face dial: Face_dial_Blank.stl. Add your own branding UPDATE: 020419 Added a new instruction pdf.v2 with a link to the correct type of clock movement required. https://www.ebay.co.uk/itm/Silent-Sweeping-DIY-Clock-Quartz-Movement-Mechanism-Clock-Core-Replacement/401593083973?hash=item5d80d02845:m:mpqIstvABnEy050taB_nLvg select the shortest threaded neck available or even shorter no thread shaft - but you need to glue the movement to the face without the threaded neck. Enjoy!
Descripción original del autor, publicada en Thingiverse.