To bring multiple flex rails together, this 3 to 1 output is fine.
Flickr HD: https://www.flickr.com/photos/fotoopa_hs/48937185157
Thingiverse: https://www.thingiverse.com/thing:3929474
Frans
3 to 1 flex rail 3D print
Forumsregeln
Bitte beachte die Forumsregeln!
Bitte beachte die Forumsregeln!
Re: 3 to 1 flex rail 3D print
By mounting 3 blocks one after the other you get up to 7 flex lanes to 1 output. This way you can guide the many rails back to a central point.
Flickr: https://www.flickr.com/photos/fotoopa_hs/48941531736
3D file available on Thingiverse: https://www.thingiverse.com/thing:3929474"
Frans.
Flickr: https://www.flickr.com/photos/fotoopa_hs/48941531736
3D file available on Thingiverse: https://www.thingiverse.com/thing:3929474"
Frans.
- PHabermehl
- Beiträge: 2461
- Registriert: 20 Dez 2014, 22:59
- Wohnort: Bad Hersfeld
Re: 3 to 1 flex rail 3D print
Again a great idea. Good job, Frans.
- steffalk
- ft:pedia-Herausgeber
- Beiträge: 1869
- Registriert: 01 Nov 2010, 16:41
- Wohnort: Karlsruhe
- Kontaktdaten:
Re: 3 to 1 flex rail 3D print
Indeed, this looks impressive!
Regards, Stefan
Regards, Stefan
Re: 3 to 1 flex rail 3D print
Thanks, guys!
I'm currently making more blocks for my new extra large marble run. For this I have a volume of 1.2m x1.2m x0.8m. The used parts are the 5 kits XL, the XXL, the dynamic_XM and multiple boxes 1000.
The program will be developed for the TXT-Controller via Robopro. Almost everything goes via an I2C link to my FPGA chip as a large I2C chip. It can control 16 motors with rotary encoders, 4 steppers, 32 servo and a lot of in-outputs.
Because in an FPGA everything runs in parallel, there are no timing problems and most functions are executed completely autonomously. The 16 encoder decoders can handle over 20KHz speed, conventional inputs and outputs 40 KHz and high-speed inputs up to 10 MHz.
It should work by Christmas when the grandchildren arrive.
Frans.
I'm currently making more blocks for my new extra large marble run. For this I have a volume of 1.2m x1.2m x0.8m. The used parts are the 5 kits XL, the XXL, the dynamic_XM and multiple boxes 1000.
The program will be developed for the TXT-Controller via Robopro. Almost everything goes via an I2C link to my FPGA chip as a large I2C chip. It can control 16 motors with rotary encoders, 4 steppers, 32 servo and a lot of in-outputs.
Because in an FPGA everything runs in parallel, there are no timing problems and most functions are executed completely autonomously. The 16 encoder decoders can handle over 20KHz speed, conventional inputs and outputs 40 KHz and high-speed inputs up to 10 MHz.
It should work by Christmas when the grandchildren arrive.
Frans.