Worktop fabrication in Church Street

Yes. Church Street is on the patch, and the postcodes we work here are NW8, W2. It is worked on our central London run, along with the rest of Westminster. Streets near a ground or a venue have restrictions that come and go with the fixture list rather than with the time of day. It rarely changes what we cut, but it does change how the pieces are stacked and strapped for the run out. Two trips off the van means two chances to catch a corner. The measuring and the fitting are both done at the property, so there is nothing to visit or collect.

The kitchen has one external wall carrying a window and a door to a balcony or a drying area, which uses up most of that wall. The kitchen is usually a small square or L-shaped room reached through a narrow entrance lobby and a standard internal doorway, so the limit on piece length is the turn out of the lobby, and short runs mean joins are often avoidable altogether if the layout is nested tightly. Lath and plaster is cut for, never cut into. Boxing is rarely the same depth at worktop height as it is at floor level, so measuring it low down is the usual reason a top will not sit back. The template drawing carries the real geometry through to the saw, and the piece is machined to it rather than trimmed to it later. Yield drops the moment the back edge stops being straight.

Stone goes up on edge, and it is the half-landing turn rather than the flight itself that sets the maximum piece. Getting that wrong leaves a finished, machined piece that cannot reach the room, which is a remake rather than a trim. The crate is built to the same measurement. On an event day the controls are wider, tighter and enforced harder than the signage suggests on any other morning of the week. Pieces are loaded in reverse fitting order so the first thing off the van is the first thing that goes down. Packing takes its cue from the distance to the door.

Not really, and claiming otherwise would cost nothing and mean nothing. What the research on this patch actually lists is worktop replacement and worktop installation. It reflects the local housing rather than any difference in the work. It is quoted, cut and fitted here the same way it is anywhere else on the patch. The junction between the original room and the extension is the point to watch, because the two floors rarely sit at the same height. So the nesting is planned around it rather than around a standard kitchen. Repeat runs come off a jig, not a fresh setout. Extension kitchens are usually specified long before they are buildable, so the run lengths on the drawing and the run lengths in the room are different numbers. Cutting several kitchens from different slabs and calling them matched is where firms get caught out. One setout, eight identical tops.

Two runs of similar length nest as a pair off one slab, and if one of them grows by a few hundred millimetres the pair stops fitting and the yield changes for both. The nest is laid out around that, with joins placed over cabinet gables and kept clear of every cut-out. Apron mitres are bonded and polished before dispatch. Material alone is £110 to £550 per square metre, and templating, fabrication and fitting are never folded into that figure.

Anything that has to stay accessible, a stopcock, a gas meter, a riser panel, is marked on the template so the stone is cut around it instead of over it. Cut it square where it should be radiused and the piece will fail on the lift, not in the kitchen. Left and right alcove pieces are marked and stay marked. The stack boxing needs to be in its final form and the sink and hob on site before we machine, since a boxing that gets re-clad afterwards throws the notch out. One staircase can serve an owner on the first floor and a managed tenancy on the second, so the access arrangement changes at every landing while the building stays the same. The workshop works from the approved drawing, so whoever signs it off is signing off the join positions too. The approved drawing is the instruction.

The lift, if there is one, is measured on the diagonal, because that is the dimension a long piece actually uses. A piece travels on edge, never flat, because on edge is how stone of that length carries its own weight. The alternative to a join is a shorter run, which is usually the wrong thing to trade away. A walk-up with winders at every half-landing means the piece is rested and re-gripped on the way, so the crew size goes up before the piece size comes down. The maximum piece length is fixed at drawing stage and every join is placed over a cabinet gable from there. A piece is cut to the turn it has to clear.

On a porous stone the grooved area is sealed with the rest, and it gets wet more than anything else. Grooves are machined into the surface rather than applied to it, so there is nothing to come loose later. A passive vent or a ducted extract shaft takes a corner of the kitchen from floor to ceiling and cannot be reduced. All of that is settled at the nesting stage, because a machined piece cannot be adjusted afterwards. An old house eats more slab than a new one.

A finished join is typically two to three millimetres, colour-matched and sanded flush. A join is glued and clamped flush on the day, so it is fixed rather than something to be undone. Join count and position are settled from the template drawing rather than improvised on the fitting day. Where the aisle is too tight the usual answer is a reduced-depth top on one side, and a 500mm run is a different cut, a different sink and a different drainer to a 600mm one. A join that lands in the wrong place cannot be moved once the cut-outs are machined, so it is settled on the drawing. Seams land over gables, never over a void.

The quote is written from the template drawing. Before that it works from what you have described. What moves the figure after templating is a change you make: a different edge, an extra cut-out, a bigger sink chosen late. No installed price per square metre is published, because it is not a real number. A notch around a boxed stack is machined with a radius at the internal corner, because a square inside corner there is exactly where a top will crack. Internal corners are machined with a radius and polished, and kept well clear of any join or cut-out. A relief that deep changes how the piece is lifted.