Robobot hardware
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* Plastic thickness is 6mm in most cases. | * Plastic thickness is 6mm in most cases. | ||
| − | ==Plastic screws== | + | ==Plastic screws (PT-screws)== |
Mounting items on the 3D printed plastic should use plastic screws. | Mounting items on the 3D printed plastic should use plastic screws. | ||
| Line 21: | Line 21: | ||
* Cut into the plastic with a sharp thread. | * Cut into the plastic with a sharp thread. | ||
* Gets locked in the plastic and will not shake loose. | * Gets locked in the plastic and will not shake loose. | ||
| + | |||
| + | We have a selection of screws: | ||
| + | * Pan-head 3mm diameter and length: | ||
| + | ** 6mm, 10, 14mm, 18mm | ||
| + | * Countersunk 3mm | ||
| + | ** 10mm, 14mm | ||
Revision as of 11:51, 22 October 2023
Back to Robobot B
Hardware
Mounting holes
The hardware is 3D-printed plastic (except for the electronics and screws)
All 3D printed parts have holes for mounting additional parts. These holes have:
- Individual hole distance of 1cm.
- Hole diameter of 2.5mm, intended for 3mm plastic screws.
- Plastic thickness is 6mm in most cases.
Plastic screws (PT-screws)
Mounting items on the 3D printed plastic should use plastic screws.
Plastic screws:
- Cut into the plastic with a sharp thread.
- Gets locked in the plastic and will not shake loose.
We have a selection of screws:
- Pan-head 3mm diameter and length:
- 6mm, 10, 14mm, 18mm
- Countersunk 3mm
- 10mm, 14mm
