Plates: Difference between revisions
From
No edit summary |
|||
Line 12: | Line 12: | ||
Plate-5x10.png|5x10 plate | Plate-5x10.png|5x10 plate | ||
Plate-15x10.png|15x10 plate | Plate-15x10.png|15x10 plate | ||
Plate-griddome.png|Griddome plate | |||
</gallery> | </gallery> | ||
Create mounting plates from flat material, which contain the Replimat hole pattern, and a mounting pattern for an associated part. | Create mounting plates from flat material, which contain the Replimat hole pattern, and a mounting pattern for an associated part. |
Revision as of 01:14, 2 March 2021
Introduction
Many parts do not match the Replimat hole pattern. They are often the most unique and purposeful components of a project which is the reason they are often the easiest part to start building from. Adapter plates can be manufactured with simple tools like a saw and drill for any part with an existing planar mounting holes.
Challenges
Plate thickness should conform to standard frames, bolts, nuts, and washers.
Approaches
-
5x1 plate
-
5x10 plate
-
15x10 plate
-
Griddome plate
Create mounting plates from flat material, which contain the Replimat hole pattern, and a mounting pattern for an associated part.
Tools
Parts
Corner plates
T plates
Electronics mounting plates
-
Bitbeam-arduino-plate
-
Bitbeam-arduino-plate
-
Bitbeam-raspberry-pi-plate
-
Bitbeam-raspberry-pi-plate
Padded plates
- 5x10
- 5x1