Worktop fabrication in Colliers Wood

Yes. Colliers Wood is on the patch, and the postcodes we work here are SW19, CR4. It is worked on our south west London run, along with the rest of Merton. Where the bay sits some distance from the core, the carry across the car park is the longest leg of the day and gets boarded and lit. Where unloading has to happen in one go, the load order is planned so nothing has to come off twice. The van is packed to suit the walk at the other end. The template happens in your kitchen and so does the fit, so there is nothing to visit and nothing to collect.

Underfloor heating in the screed means nothing is fixed into the floor, so an island is anchored to the carcasses alone. Piece size is set by the lift car, not by the slab. Walls out of plumb are cut for at the bench. Where the boxing stands proud of the finished wall the upstand behind it has to be broken into separate lengths, because one piece cannot pass it. 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.

Handrails, mirrors and a sloping ceiling panel all eat into the usable diagonal, and none of them appear on a lift specification sheet. So the nesting is worked to the measured route first and to the slab second. Crates are sized to clear the same openings the stone does. The goods lift has its own booking sheet, and a bay slot without a lift slot only gets the stone as far as the lobby. Pieces are loaded in reverse fitting order so the first thing off the van is the first thing that goes down. A timed unload is planned into the rack before it leaves.

Not really, and claiming otherwise would cost nothing and mean nothing. What the research on this patch actually lists is worktop replacement and worktop splashbacks & upstands. 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. Upgrading a builder-finish kitchen is mostly a swap, so the cost sits in the material choice rather than in the shape of the room. So the nesting is planned around it rather than around a standard kitchen. Short runs waste more slab than long ones do. Handover-spec kitchens are square, plumb and predictable, which means the join count is honest and driven by run length rather than by the building. 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.

A dishwasher door on one side and an oven door on the other cannot both stand open in a narrow aisle, so which appliance goes where matters more in this shape than in any other. The nest is laid out around that, with joins placed over cabinet gables and kept clear of every cut-out. Seams land over gables, never over a void. Material alone is £110 to £550 per square metre, and templating, fabrication and fitting are never folded into that figure.

A boxed soil stack or service riser in the corner of a run eats into the worktop depth and has to be scribed around rather than cut square. 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. Sink, tap and hob need to be with us before machining, along with confirmation of whether the island is getting a breakfast overhang, since anything past roughly 300mm unsupported needs steel let into the carcasses and that has to be built in, not added later. Someone who expects to still be there in ten years asks different questions: how a honed finish marks, what a sealer does and does not do, and whether a chip by the sink can be repaired in place. Changing an appliance after the nest is set means recutting the piece, not adjusting it. A landlord repeating a kitchen gets the same detail cut.

The template produces a drawing, and the workshop cuts to that drawing once you agree it. A template on a normal kitchen takes two to three hours in the room. Nothing is measured until the sink, the tap and the hob are in the room to measure against. The room is square, the walls are plumb and the floor is flat, so almost every complication in the job belongs to the building rather than the kitchen. The workshop works to the template drawing and to the measured route, in that order. Vein direction is chosen across the joins, not within a piece.

They are cut with a fall towards the bowl, which is why they cannot be added on site later. A groove set is its own item on the quote rather than something rolled in with the sink cut-out. Plasterboard partitions mean light scribes and clean joins, and the fabrication effort moves to the visible faces instead. Pieces are cut, mitred, machined and dry-assembled on the bench before anything is loaded onto a van. Mitres are dry-assembled before the polisher touches them.

Level is checked at the template, which is the point of measuring in the room rather than off a drawing. A sloping floor is not the problem. The plane the unit tops finish in is. Levelling belongs in the carcasses, on their own legs and packers. 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 workshop cuts to the plotted line rather than to a nominal dimension, which is why a scribe edge leaves the bench deliberately oversize. A relief that deep changes how the piece is lifted.

There are only ever a few legal positions, and the one taken is furthest from the light. A mitred join at a corner is a different job from a butt join along a run, and they are not priced the same. Veining carries through a join where both pieces come off the same slab, which is decided at nesting. A window at one end and a doorway at the other means one end of the run is lit from behind and the other is interrupted, so the two ends of the same length behave differently. A join that lands in the wrong place cannot be moved once the cut-outs are machined, so it is settled on the drawing. One setting serves both halves of a mitre.