How automatic fastener selection between parts works, where to override it manually, and how to set a corner shape and drill holes in a part's detail view.
Fasteners are what hold parts together: confirmats, minifix connectors, hinges, screws and others. Raspili picks a suitable fastener on its own, based on how parts meet each other, and shows the result in the "Fasteners" section of the parameters panel. Drill holes are the actual holes for that hardware; you can view and add them manually in a part's "Detail" view, which is also where the corner shape is set.
Select a part → the "Fasteners" section in the "Parameters" panel; exact holes — the "Detail" icon (magnifier) above the part
It's in the "Parameters" panel, under "Edging".
Each side shows the picked fastener with a quantity (e.g. "Confirmat 7×50 — 3 pcs"), or "no neighbor" if there's no other part nearby.
Pick a specific fastener type instead of "Auto" — the list depends on which parts meet at that side.
The magnifier icon above the selected part in the scene (or the "Detail" button in planar mode).
The part's 4 corners appear: top-left, top-right, bottom-left, bottom-right.
"Notch" — set Leg X and Leg Y; "Radius" — set a single radius value. The part's schema updates instantly.
Only appears for corners with a notch or radius.
A new hole appears at the click point (or centered, if added via the button).
X and Y — position on the part, Ø — diameter, "Depth" — hole depth, "Through" — a hole that goes all the way through.
Only works for manual holes — auto-generated ones are view-only.
Select the hole by clicking it first.
The "Fasteners" section in the "Parameters" panel — one row per side of the part.

When "Auto" finds a neighboring part, it shows the picked fastener with a quantity instead of the status — for example, "Confirmat 7×50 — 3 pcs". The set of available types depends on which parts are joined: cabinet-to-cabinet usually gets a confirmat, minifix, rafix or corner bracket; a back panel gets a screw; a facade gets a hinge; a shelf gets a shelf support or a confirmat.
A large schema of the selected part with dimensions — opened with the magnifier icon above the part in the scene.

The header shows the part's name and size. On the right — a collapsed "Corner shape" and a "Holes (N)" counter with an "Add" button. While there are no holes yet, a short usage hint is shown instead.
"Corner shape" — the part's 4 corners, each independently set to square, notched or rounded.

In the screenshot, the top-left corner is switched to "Notch" with 200×200 mm legs — the part's schema instantly shows the cut corner. For a "Radius" corner, a single radius value is set instead of two legs.
The hole list and the editor for the selected one sit below "Corner shape".

| What you see | Why it happens | How to fix it |
|---|---|---|
| A side shows "no neighbor" | There's no other part on that side to pick a fastener against | This isn't an error — the fastener appears on its own once a neighboring part is there. A manually picked type is kept and applied once the parts are joined. |
| "Corner cut exceeds allowed size" | The notch legs or the radius are larger than the part's dimensions allow | Reduce the Leg X/Y or radius value. |
| A hole won't drag | It's an auto-generated hole (gray) — view-only | Only manual holes (red) can be moved or deleted. |
| Fasteners aren't calculated at all | The "Count" switch in the "Fasteners" section is off | Turn "Count" on if this part actually needs fasteners. |
Select the part and click the magnifier icon above it in the 3D scene, or the "Detail" button in planar (2D) mode.
Auto-generated holes (gray) are computed automatically from how parts connect and are view-only. Manual holes (red) are ones you add yourself — you can move and delete them.
Check that the side is actually overridden (not "Auto"). If the issue persists after changing the type, it's worth checking with support.
Yes, each of the four corners — top-left, top-right, bottom-left, bottom-right — is set independently.
In the designer you set the type and position. The final spec is built automatically and carried over to cutting along with the project.