Worktop fabrication in Swiss Cottage

Yes. Swiss Cottage is on the patch, and the postcodes we work here are NW3, NW6. It is worked on our central and north London run, along with the rest of Camden. The van is not staying on a main road for the day, so once the stone is off it goes and parks properly somewhere else. It rarely changes what we cut, but it does change how the pieces are stacked and strapped for the run out. That is the last thing settled before dispatch. Nothing needs visiting and nothing needs collecting: the template is in your kitchen and so is the fit.

Floors are concrete with a screed and a thin finish, so there is no give anywhere and packing the carcasses is the only way to get a plane. Ceilings are high and external walls are thick, so the run under the window sits in a deep reveal and the back edge has to be templated to the reveal rather than assumed square. The shell decides the piece; the slab decides only the yield. 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. A plan-angle mitre closes on paper only.

Whether the stone can stand on end in the car is the first question, because a lift that takes 2.1m upright takes nothing like that lying flat. So the nesting is worked to the measured route first and to the slab second. Nesting follows the route, not the other way round. A red route means no stopping, and no stopping means exactly that, so the stone comes in from a side street or from a bay behind the property. Where unloading has to happen in one go, the load order is planned so nothing has to come off twice. Loaded for the carry, not for the van.

Not to any real extent, and it would be easy to imply it was. What the research on this patch actually lists is worktop replacement, worktop installation and worktop splashbacks & upstands. It describes the kitchens on this patch, not the work that goes into them. Same quoting, same cutting, same fitting as anywhere else on the patch. An open-plan extension puts the worktop in the middle of the living space, so it is looked at from the sofa as well as worked on. So the nesting is planned around it rather than around a standard kitchen. Short runs waste more slab than long ones do. Extension budgets are usually well spent by the time the worktop is ordered, which is where the choice between quartz and a thinner sintered stone actually gets made. Cutting several kitchens from different slabs and calling them matched is where firms get caught out. The annexe top comes off the main kitchen slab.

Galley runs are usually short enough to come out of a single slab, so the material band you choose does more to the total than the room shape does. The nest is laid out around that, with joins placed over cabinet gables and kept clear of every cut-out. Mitres are cut as pairs, off one setting. Material sits between £110 and £550 per square metre supply only, and templating, fabrication and fitting are quoted line by line.

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. The measured wall angle travels to the saw. Access arrangements and the porter's permitted hours need confirming before we cut, because the agreed piece size is what the nesting is built around. Mixed ownership means the decision-maker is not always the person who lets us in, so it is worth being clear early about who signs the quote off. The workshop works from the approved drawing, so whoever signs it off is signing off the join positions too. Changes cost a piece, not a tweak.

There are only ever a few legal positions, and the one taken is furthest from the light. What you get is a line rather than a step, because the pieces are levelled to each other first. Slabs come in finite sizes, so a long run needs a join whatever the room looks like. The walkway between the two runs is fixed by the units either side, so any overhang added to one worktop comes straight off the space somebody has to stand in. A join that lands in the wrong place cannot be moved once the cut-outs are machined, so it is settled on the drawing. The corner is proven on the bench first.

Old laminate is light and awkward rather than heavy, so it is usually the easier half of the day. Taking the old tops off and disposing of them is its own line on the quote rather than something folded into the stone price. The units are untouched. Only the top of them changes. Where the frontage is a clearway the unload happens away from the door and the carry gets longer, which is a crew and time question rather than a stone one. Pieces are loaded in reverse fitting order so the first thing off the van is the first thing that goes down. The strapping answers to the walk, not the drive.

Quartz and sintered stone never need sealing: quartz is non-porous and sintered stone has effectively zero porosity. The bead where the sink and hob meet the stone is siliconed rather than sealed, and wants watching. Topping a seal up is a wipe-on job with a cloth. Steel windows sit in narrow reveals with a slim cill, which leaves almost no depth for an upstand to return into. Pieces are cut deliberately shorter than the slab allows, because a colour-matched join beats a piece that will not turn onto a landing. Walls out of plumb are cut for at the bench.

Stone up a wall is heavier than tile and bonded rather than hung, so the wall has to be sound. Socket and switch positions have to be final before templating, because the openings are machined rather than chopped out on the wall. Inter-war purpose-built blocks have curved external walls and steel windows, so a run along an outside wall is following a genuine curve rather than a bow. Returns broken out by risers are cut from the same area of slab so the movement carries across each corner. Thin partitions get shallower overhangs, decided in the shop.