image = Plate-5x5.scad.png |designers = [[User:Tim|Timothy Schmidt]] |date = 2019 |vitamins = |materials = |transformations = |lifecycles = |tools = [[CNC routers]], [[Drill presses]], [[Saws]] |parts = [[Sheets]], [[Structural insulated panels]] |techniques = |files = |sources = [[http://makerstore.cc/|Makerstore.cc]] |git =

Parts Structure parts

=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= Create mounting plates from flat material, which contain the Replimat hole pattern, and a mounting pattern for an associated part. Drilling or cutting multiple overlapping hole patterns into the same plate can allow it to be bolted to several different size frames. <gallery> Plate-5×1.png|5×1 plate Plate-5×5.scad.png|5×5 plate Plate-5×10.png|5×10 plate Plate-10×10.scad.png|10×10 plate Plate-15×10.png|15×10 plate Plate-griddome.png|Geodesic dome plate Plate-vesa-mount.png|VESA mount plate Plate-three-point-hitch.scad.png|Three point hitch plate adapts to 5/8 inch, 3/4 inch, 7/8 inch Plate-inch-to-2040mm.scad.png|Inch to 20mm / 40mm adapter plate </gallery>

Corner plates

T plates

Electronics mounting plates

Padded plates