An 800 mm vanity is 550 mm high on 150 mm legs, which puts the top of the basin at about 850 mm — the height at which you lean over without wrecking your back. Its top is cut with a Ø90 hole for the trap, and the drawer below has to work around that trap.
On its own this cabinet uses only 18 % of the 4 sheets it consumes. That is normal, and it is why the app nests the whole job in one go: one carcass's offcuts take the small parts of the others.
A basin trap drops 150 to 200 mm below the bowl and occupies the middle of the cabinet. A full drawer at that height is impossible: it is the drawer that gets notched, not the trap that gets moved.
The Ø90 hole sits 400 mm from the left edge and 230 mm from the back in this model — the axis of a basin centred on an 800 mm cabinet. The position is adjustable, and the generator cuts it in the top panel's own outline.
The back of this cabinet is 5 mm HDF. In a bathroom it is the panel that takes the damp first: it is against the wall, in the least ventilated place, and ordinary chipboard swells there within two winters.
Material is chosen panel group by panel group in the app — carcass, fronts, drawers, back — and the sheet layout then groups the parts by material and thickness for purchasing.
850 mm from floor to the top surface, so a 550 mm cabinet on 150 mm legs with a countertop basin, or an 800 mm cabinet for an inset one. Lower and you hurt your back; higher and the water runs down your forearms.
Yes, provided the top drawer is notched around the trap. The bottom drawer passes below the trap unobstructed. Cabinet·CNC cuts the top opening and gives the dimensions; the drawer notch is sized on the trap as installed.
Free · no account · nothing is sent to a server