Most descriptions of this process compress the interesting part into one line: “then it’s built in our workshop.” That sentence covers three or four weeks of work, half a dozen machines and the entire reason bespoke furniture looks different from anything you can buy.This guide opens that up. It follows a fitted wardrobe from the first measurement to the final adjustment, spends most of its time in the workshop where the real work happens, and explains what each machine does and why a particular joint gets chosen over another.
It is written for people who want to understand what they are paying for. Written from over 20 years of building furniture across Jersey, in buildings where nothing is square and the walls do not help.
The process at a glance
| Stage | Where | Duration | What is produced |
| Survey | Your home | 1 to 2 hours | Measurements and notes |
| Design and drawings | Office | 3 to 5 days | Drawings for approval |
| Setting out | Workshop | Half a day | Cutting list and rod |
| Breaking down | Workshop | 1 day | Panels cut oversize |
| Machining | Workshop | 2 to 3 days | Components at final size |
| Jointing | Workshop | 1 to 2 days | Joints cut and fitted |
| Dry assembly | Workshop | Half a day | Everything checked before glue |
| Glue up | Workshop | 1 to 2 days | Assembled carcasses |
| Preparation | Workshop | 1 to 2 days | Filled, sanded, sealed |
| Spraying | Spray booth | 3 to 5 days | Finished components |
| Curing | Workshop | 2 to 5 days | Hardened finish |
| Installation | Your home | 2 to 3 days | Fitted furniture |
Roughly four to six weeks in total, of which you see somebody for about three days.
Stage 1: The survey
Everything downstream depends on this, and rushing it causes problems that cannot be fixed later.
A proper survey is not one width taken off a tape. It is a set of measurements taken at multiple points, because rooms are not rectangles.
What gets measured:
- Width at three heights, floor, middle and ceiling. In older properties these commonly differ by several centimetres.
- Height at each end and in the middle, since floors fall and ceilings drop.
- Depth at top and bottom, which reveals a wall leaning in or out.
- Diagonals, which is how you establish whether an opening is actually square.
- Plumb and level checked with a spirit level or laser, recording the direction and amount of any fall.
What else gets noted:
- Where the studs and joists are, since the furniture must fix into structure rather than plasterboard
- Services in the way: pipes, cables, meters, radiators, vents
- Skirting, architrave and cornice profiles, which may need to be cut around or matched
- Access, meaning whether finished components can physically reach the room
- How you use the space, which determines internal layout more than any catalogue
A good surveyor leaves with a sketch covered in numbers, several of which contradict each other in the way only a real building manages.
Stage 2: Design and drawings
Measurements become a design. Layout, door style, handle positions, internal fittings, lighting, materials and finish all get resolved on paper.
You should see drawings before anything is cut, and you should expect to change your mind at least once. This is the cheap moment to do it.
What the drawings establish:
- Overall dimensions and how the space divides between units
- Door and drawer sizes, and the gaps between them
- Where the carcass sits relative to the wall, since a leaning wall means the unit cannot simply sit against it
- Material specification for each component
- How the furniture meets the ceiling, floor and adjacent walls
- Hardware positions, including hinges, runners and handles
Once approved, this drawing governs everything. Every later decision refers back to it.
Stage 3: Setting out
This is where workshop work actually begins, and it is invisible to customers.
Setting out converts the drawing into instructions the workshop can follow. It produces a cutting list, which is every component with its finished dimensions, material and quantity, and often a rod, which is a full-size drawing of a critical section marked on a length of board or ply.
The rod matters because it removes arithmetic from the equation. Instead of calculating a component’s length, the joiner holds the timber against the rod and marks it directly. Fewer calculations means fewer mistakes, and on a complex piece the rod is the reference everyone works from.
What setting out decides:
- The exact size of every panel after allowing for joints
- Which way the grain runs on visible components
- Where each panel comes from in the sheet, to minimise waste
- The order components will be machined in
It usually takes half a day. Skipping it is how workshops end up remaking parts.
Stage 4: Breaking down
Sheet materials are cut into manageable panels, slightly oversize at this stage.
The panel saw does this work. It is a large sliding-table saw designed specifically for sheet goods, with a carriage that supports the full sheet and moves it past the blade rather than the operator pushing an 8×4 sheet across a table. It cuts dead straight over long lengths in a way a handheld circular saw cannot match.
Most panel saws carry a scoring blade, a small blade mounted ahead of the main one that spins in the opposite direction. It cuts a shallow groove in the underside of the sheet before the main blade comes through, which prevents the fibres tearing out on the back face. Without it, veneered and melamine-faced boards chip along the underside of every cut.
Solid timber is also broken down at this stage, cut oversize on the bandsaw or crosscut saw, ready for machining.
Why oversize? Because timber moves once it is cut. Releasing internal stresses in a board can make it bow or cup slightly. Cutting oversize, letting it settle, then machining to final size gives a far more accurate result.
Stage 5: Machining
The core of the work, and the stage that requires the machines a site carpenter does not carry.
The planer and thicknesser
Two operations, often on one machine.
The surface planer flattens one face of a board and squares one edge to it. Rough-sawn timber is never flat, so this creates the reference surfaces everything else is measured from.
The thicknesser then takes the board to a consistent thickness, feeding it through with the flattened face down against the bed while cutters take material off the top.
The sequence matters. Thicknessing a board that has not been surface planed simply produces a board of even thickness that is still bowed, because the machine follows the existing shape.
The spindle moulder
The machine that most defines a joinery workshop.
A spindle moulder spins a cutter block at high speed while the timber is fed past it against a fence. By changing the cutter profile, it can produce almost any shape along the length of a piece of timber: a bead, an ogee, a rebate, a tongue and groove, a door frame profile.
This is how existing mouldings are matched. When a period property has lost a length of skirting and nothing off the shelf fits, a sample of the surviving profile is taken, cutters are ground to that exact shape, and new lengths are run. Once painted, old and new are indistinguishable.
It is also the machine that produces the crisp shadow lines on a shaker door or the profile on a cabinet rail. A router can approximate some of this, but not with the same consistency over long lengths.
The router and router table
More versatile than the spindle moulder but less powerful. Used for housings, grooves, rebates, edge profiles and template work.
Template routing deserves a mention because it is how curves get made accurately and repeatably. A template is cut to the required shape, the workpiece is fastened to it, and a bearing-guided cutter follows the template. Every piece comes out identical, which matters when a curved bar front has six sections that must match.
The bandsaw
A continuous blade running over two wheels. Used for curves, for cutting components oversize, and for resawing, which is slicing a thick board into thinner ones.
Resawing is how book-matched panels are made. A board is sliced in half through its thickness and the two pieces opened like a book, so the grain pattern mirrors across the joint. It is one of the few decorative effects in joinery that cannot be faked.
The mortiser
Cuts square-sided holes for mortise and tenon joints, using a drill bit spinning inside a hollow square chisel. The bit removes the bulk of the waste and the chisel squares the corners.
The drum or wide-belt sander
Feeds a panel through under an abrasive belt, producing a consistently flat and evenly sanded surface across its whole area. Hand sanding a large door to the same standard would take hours and would still show variation.
Stage 6: The joints
Different joints solve different problems. A well-made piece uses several, chosen by what each part has to do.
| Joint | Where it is used | Why |
| Mortise and tenon | Door frames, face frames, structural joints | Very strong in racking, large glue area, mechanically interlocked |
| Dovetail | Drawer sides | Mechanically resists being pulled apart, which is exactly the force a drawer front receives |
| Housing, or dado | Shelves into carcass sides | Supports the shelf along its full width and stops it sagging at the ends |
| Rebate | Carcass backs, door edges | Creates a shoulder for panels to sit in, hiding the joint |
| Tongue and groove | Panelling, wide boards | Allows timber to move seasonally without opening a gap |
| Dowel | Carcass corners | Quick, accurate with a jig, strong enough for cabinet work |
| Domino or biscuit | Alignment and light structure | Fast, keeps panels flush during glue up |
| Mitre | Visible corners, mouldings | No end grain shows, cleanest appearance |
| Pocket screw | Hidden structural fixings | Fast and strong where the joint will never be seen |
Why the joint choice matters
Take a drawer. The front is pulled outward thousands of times over a furniture lifetime, and every pull tries to separate the front from the sides.
A butt joint with screws relies entirely on the fixings, and eventually they work loose in the end grain. A dovetail cannot pull apart in that direction at all, because the tails are physically trapped by the pins. The joint would have to break rather than separate.
That is why dovetailed drawers survive a century and screwed ones do not. The joint is doing structural work that no amount of adhesive or hardware substitutes for.
Similarly, a shelf sitting on pegs bears only at the ends and will bow in the middle under load. A shelf set into a housing across the full width of the carcass side is supported along its entire depth at each end and resists sagging far better.
Timber movement and how joints accommodate it
Wood absorbs and releases moisture, expanding and contracting across the grain while barely moving along it. A solid panel 500mm wide can change by two or three millimetres between a damp winter and a dry heated summer.
A traditional frame and panel door solves this elegantly. The frame is jointed with mortise and tenons, and the panel sits in a groove within it, held but not glued. The panel expands and contracts freely inside the groove, and nothing cracks.
Glue that panel into its groove and it will split, usually within two winters. This is a four-hundred-year-old solution that machinery has not improved on.
Stage 7: Dry assembly
Before any glue is applied, the whole piece is assembled without it.
Every joint is checked for fit, every dimension against the drawing, every diagonal for square. Door gaps are checked. Drawer boxes are tried in their openings.
Why this stage exists: modern adhesives grab within minutes. Once a carcass is glued, a joint that does not close properly cannot be taken apart without damage. Finding that out dry costs half an hour. Finding out wet can cost a component.
Stage 8: Glue up
Adhesive applied, joints closed, everything clamped and squared.
What is happening:
- Glue is applied to both mating surfaces rather than one, so the joint is fully wetted
- Clamps apply even pressure across every joint, since PVA adhesives need contact pressure to cure properly
- Diagonals are measured and compared, and the assembly adjusted until they match, which is the only reliable way to confirm square
- A winding stick or straight edge checks the carcass is not twisted
- Squeeze-out is cleaned off immediately, because dried glue seals the surface and shows as a pale patch under paint or stain
Assemblies stay clamped for an hour or more, and full cure takes 24 hours before the piece can be worked on properly.
This is the single clearest reason joinery happens in a workshop. Clamping a wardrobe carcass square requires clamps, bench space and a flat reference surface. It is not achievable on a landing with the material across trestles.
Stage 9: Preparation
The unglamorous stage that determines how the finish looks.
- Filling. Any gaps, pin holes or minor defects filled and left proud, then sanded flush.
- Sanding. Progressive grits, typically 120 then 180 then 240. Skipping a grit leaves scratches from the previous one that only appear once paint goes on.
- Edge sealing. MDF edges are porous and drink finish unevenly, so they are sealed before spraying or they end up rougher and darker than the faces.
- Sealing every face. Including the backs of carcasses and the undersides of shelves.
That last point is worth dwelling on. Nobody sees those surfaces, so they are the easiest place to save time. They are also exactly where moisture enters. In Jersey, with higher ambient humidity and carcasses frequently sitting against cold granite external walls, an unsealed back is where swelling begins two or three winters later, long after anyone connects it to the decision.
Asking a joiner whether they seal every face is one of the most revealing questions you can put to them.
Stage 10: Spray finishing
Applied in a dedicated booth with extraction and controlled temperature and humidity.
Why a booth: dust settles into wet paint and is impossible to remove without sanding back. Extraction pulls overspray away so it does not land on the surface being sprayed. Controlled temperature means coatings cure predictably.
The sequence:
- Primer or basecoat, which seals the substrate and provides a key
- Denib, a light sand with fine abrasive to remove any raised fibres or dust nibs
- Second primer coat on work where the finish has to be flawless
- Denib again
- Topcoats, usually two, applied wet on wet or with a short flash-off between them
Between each stage there is drying time, and after the final coat there is curing time, which is a different thing. Drying is solvent evaporating, and it happens in hours. Curing is the coating hardening chemically, and it takes days. Paint can feel touch dry and still be soft enough to mark.
Rushing this is the most common cause of a finish that looks perfect at handover and shows marks within a month. A workshop that has thought properly about curing time has thought properly about the finish.
French polishing is the traditional alternative for natural timber. Shellac is applied with a rubber, a cloth pad charged with polish, in many thin coats worked in a circular then figure-of-eight motion. Each coat is almost nothing, and depth builds over dozens of applications. It takes days, produces a warmth and clarity no sprayed lacquer matches, and can be repaired locally in a way sprayed finishes cannot.
Stage 11: Hardware and final assembly
Hinges, runners, handles and internal fittings are fitted, then adjusted.
Modern concealed hinges adjust in three directions, height, depth and side to side, which is what allows door gaps to be made consistent. Drawer runners are set so fronts sit flush and aligned.
Everything is checked, then wrapped for transport.
Stage 12: Installation
The pieces come to the house and go in.
Levelling comes first. Each carcass is set level independently, packed as required, so the tops align even where the floor falls. On a run of base units in a room with a noticeable slope, this is what keeps a worktop reading dead level while the plinth quietly absorbs the difference.
Scribing is the technique that makes fitted furniture fit. The side panel is deliberately made slightly oversize. On site, it is offered up to the wall, and a compass or scribing block is run down the wall with a pencil in it, transferring the wall’s exact profile onto the panel. That line is then cut, usually with a jigsaw and finished with a plane or belt sander.
The result is a panel that follows every bow and lean in the wall and sits flush along its whole length, with no gap and no filler strip. On a granite wall that bellies by 15mm in the middle, this is the difference between furniture that looks built in and furniture that looks placed against something.
Fixing goes into structure: studs, joists or masonry, located during the survey. Plasterboard alone will not hold a loaded wardrobe.
Then doors and drawers are adjusted, and any transport marks are touched up in place.
Stage 13: Snagging
A return visit a week or two later.
Furniture settles as it acclimatises to the room’s temperature and humidity. Doors move fractionally, runners bed in. Hinges are adjusted, any marks touched up.
This should be included rather than charged as a callout.
Why this cannot be done on site
Pulling the threads together, there are five reasons workshop making produces a different result:
- Machinery. A panel saw, planer, thicknesser, spindle moulder and wide-belt sander cannot be carried up a staircase. They are what make components accurate.
- Clamping and reference surfaces. Assembling square requires clamps and a flat bench. Trestles in a bedroom do not provide either.
- Dust control. Machining creates enormous quantities of dust. Extraction handles it in a workshop.
- Finishing conditions. A spray booth controls dust, airflow, temperature and humidity. A bedroom controls none of them.
- Time and space to cure. Coatings need days undisturbed. Your house does not offer that.
Furniture built on site can be perfectly serviceable. It is just a different product, and the price difference reflects real differences in method rather than branding.
Three pieces and how they were made
Composite examples of how the process adapts.
Alcove units with matched period mouldings. A Victorian townhouse where the existing skirting profile was unavailable commercially. A sample was taken from a surviving length, cutters were ground to match, and new sections were run on the spindle moulder to continue the profile across the new cabinetry. Carcasses were jointed with dowels and housings, doors made as frame and panel so the panels could move seasonally, and the whole run sprayed in a colour matched to the room. The side panels were left oversize and scribed on site to a wall leaning back 25mm from floor to ceiling.
A kitchen in a granite cottage. Moisture-resistant board throughout, sealed on every face including the backs, because the external wall runs cold and damp year round. Carcasses jointed with dowels and housings, drawer boxes dovetailed in birch ply because they would take daily use for decades. Each unit levelled independently on site and the plinth scribed to follow a floor falling toward an old external door, keeping the worktop level while the plinth absorbed the fall.
A curved bar counter. Six identical curved sections for the front panelling, made by template routing so every one matched exactly. The front was built up in laminated layers around a former, a technique that produces a stable curve that will not try to straighten itself. Sprayed off site in the booth so the venue lost only one night of trading, with the counter top in solid hardwood for wear and the ability to sand it back in years to come.
Frequently asked questions
How long does it take to make bespoke furniture?
Around four to six weeks from survey to installation for fitted wardrobes or alcove units, and eight to twelve weeks for a kitchen. Most of that is workshop machining, assembly and finishing, with only two or three days on site.
Why is bespoke furniture made in a workshop rather than in my house?
Because the machinery cannot be moved, assembling square requires clamps and a flat bench, and finishing needs a controlled environment. It also keeps the dust and noise out of your home, with only a short installation visit at the end.
What is scribing?
Cutting a panel’s edge to follow the exact profile of an uneven wall, so it sits flush along its whole length with no gap. It is the technique that makes fitted furniture look built in rather than placed against the wall.
Why do dovetail joints matter on drawers?
Because the force on a drawer front is a pulling force, and dovetails physically resist being pulled apart. A screwed or butt-jointed drawer relies on the fixings, which eventually loosen in the end grain.
How long does a sprayed finish take to cure?
Several days after the final coat, and curing is different from drying. A coating can be touch dry in hours while still soft enough to mark. Rushing this stage is the most common cause of a finish that disappoints within months.
Can I visit the workshop and see my furniture being made?
Most established joiners are happy to arrange it, and it is one of the most useful things you can do before committing. Twenty minutes looking at machinery, a spray booth and other jobs in progress tells you more than any brochure.
Getting started
The most useful first conversation is about the room rather than the furniture. How you use the space, what frustrates you now, what needs storing and how you want it to look in ten years shapes the design far more than a catalogue does. A survey then establishes what the walls and floors are actually doing, which is where the making really begins.
Davision Interiors Ltd has designed, machined, assembled, finished and installed bespoke furniture across all parishes of Jersey for over 20 years, working in solid oak and hardwoods, birch plywood, MDF and veneered board, specified job by job, with spray finishing and French polishing carried out in house. You are welcome to see work in progress. Every project starts with a free design and survey visit, all work is covered by our workmanship guarantee, and we are fully insured. Get in touch to arrange a visit and a no-obligation quote.