What the two words actually mean
A modular kitchen is made as boxes in a workshop, to standard widths, with the panels cut, edge-banded and drilled by machine, then assembled on site. A carpenter-made kitchen is cut and built in the room itself, from sheets of board, by hand.
Where modular is stronger
- Edges. Machine edge-banding seals the cut edges of the board more consistently than banding applied by hand, which matters most around the sink, where water finds any gap.
- Hardware fit. Hinge and drawer-channel holes drilled by machine line up; doors stay level for longer.
- Time on site. Most of the cutting happens elsewhere, so there are fewer days of dust and noise in the home.
- Replacement. A standard-width box or door can be remade to match later.
Where carpenter-made is stronger
- Awkward rooms. Walls that are out of square, pipes in odd places, a column in the corner: a kitchen built in the room fits the room exactly, where standard widths need filler strips.
- Changes on site. A decision can still be adjusted halfway through.
What matters more than the label
A badly specified modular kitchen is worse than a well-specified carpenter-made one. Whichever route, the same things decide how long it lasts:
- the board grade for the sink and hob runs — BWP plywood there, not particle board;
- hardware — soft-close hinges on every door, full-extension channels on every drawer;
- the shutter finish, chosen for daily use rather than for photographs.
All three are covered in detail in the modular kitchen guide.
Mixing the two
Many good kitchens are both: standard modules for the long runs, with the awkward corner or the tall unit beside a column built to fit. The same thinking applies to wardrobes.
Questions that settle it
- Is the room square enough for standard widths, or will fillers eat the storage?
- How many days of work in the home can you live with?
- Is the board grade named for each run, in writing?
- Which hardware brand, and is soft-close on everything?