Storage furniture manufacturing
Storage furniture manufacturer for retailers and brands.
A cabinet spends almost all of its life closed. That is when it is judged — because closed is when every part it is made of has to agree with the part beside it.
Furniship develops and manufactures storage furniture across programme-specific formats, dimensions, constructions, materials and finishes, from Furniship-developed starting points or customer requirements.
Storage furniture Furniship builds.
Sideboards
Long, low and horizontal — the format where alignment across several fronts is most visible.
Cabinets
Doors, interior and a carcass that has to stay square around both.
TV & media units
Low formats where cable routing and access are part of the specification rather than an afterthought.
Chests of drawers
Where the product is almost entirely fronts, and every one of them moves.
Bedside tables
Small formats, sold in pairs, where two units standing side by side compare themselves.
Wardrobes
Tall carcasses with long doors, where geometry has the furthest to travel before it shows.
Shelving & display
Open formats with no fronts to hide behind — the carcass is the product.
Mixed material
Timber, metal, stone or glass in one piece, where different materials meet at an edge the customer looks straight at.
Other case-good and storage formats are developed the same way. Formats, dimensions, constructions, materials and finishes are developed around the requirements of the programme, subject to programme development, quotation and technical feasibility. The formats shown are examples of the range, not its limit.
What publishes here per model
Individual models publish here once Furniship's product library and photography are in place. Nothing is listed until it is real, and no specification is written against a placeholder.
- Model or product number
- Dimensions
- Carcass construction
- Fronts
- Drawers & doors
- Shelves & interior
- Base & legs
- Hardware
- Material
- Finish
- Assembly
- Packaging
02The reveal line
Storage furniture creates its own visible reference lines.
A storage piece is made largely of parallel lines a few centimetres apart, and the eye reads two parallel lines against each other without being asked to. That is why a deviation which stays unnoticed on a single uninterrupted surface can be plain on a cabinet front.
The lines a storage piece creates
The top edge
What makes it
Where the carcass or top surface ends.
What it is read against
The line of the fronts immediately beneath it.
The door gap
What makes it
The space between two fronts, or between a front and the carcass.
What it is read against
The same gap at the other end of the same door, and the gap beside it.
The drawer line
What makes it
The horizontal division between one drawer front and the next.
What it is read against
Every other drawer line on the piece, and the door gap if there is one.
The base line
What makes it
Where the fronts stop and the base or plinth begins.
What it is read against
The floor, which is rarely as level as the drawing assumed.
The leg or base relationship
What makes it
Where the piece meets the ground.
What it is read against
The vertical edges of the carcass above it.
Why this is a manufacturing argument and not a styling one
None of these lines is difficult to produce once. What is difficult is producing them the same way on every unit of a production run, on a carcass that has to stay square, with fronts that move. Repeatability is the whole of it — a piece that is correct and a piece that is correct in the same way as the one beside it are two different manufacturing achievements.
No gap dimension, tolerance or alignment figure is published here, because there is no universal one. What is acceptable is defined by the programme, agreed as part of the specification, and confirmed on the approved sample.
03The carcass
Everything else is measured from the box.
The carcass is easy to treat as the part of a storage piece that is out of sight. It is the geometric reference every visible part is located against — so an error in it does not stay in it, it is inherited by every front, shelf and hinge fitted afterwards.
What the carcass decides
Squareness & geometry
A carcass that is out of square puts every front out with it, and the fronts are where anybody looks.
Panel relationships
How the sides, top, bottom and divisions meet decides where the load goes and where the piece can be picked up without racking.
Shelf positions
Fixed or adjustable, and located against the carcass rather than against each other — so a shelf line reads level across the opening.
Back construction
The part that keeps a rectangle rectangular. It is also the part most often treated as packaging rather than structure.
Fixing strategy
How components are joined, which decides both what the piece survives and whether it can be taken apart again.
The base interface
Where the carcass meets its base or legs, and therefore where the whole piece meets a floor that is never quite flat.
Panel materials, thicknesses, back construction and fixing methods are specified for the programme and confirmed on the sample. None is published here, because none is universal across the formats this category covers.
04Movement
The parts that move are the parts that have to keep agreeing.
Movement is a defining part of many storage programmes. A fixed panel is aligned once; a door is aligned once and then asked to return to that alignment every time somebody closes it — which makes hardware selection a geometry decision as much as a component one.
Hinges
What holds a door in a plane it keeps returning to, and what allows it to be adjusted once the piece is standing in a room rather than in a factory.
Runners
What a drawer travels on, which decides how it feels to open and whether the front comes back to the same line every time.
Handles & pulls
A component the customer physically handles, and one whose position is read against the lines of everything around it.
Soft-close
Where the programme requires it, specified as part of the product rather than added to it — because how a door decelerates changes what the hinge has to do.
Push-to-open
Where the programme requires it. Removing the handle removes the reference the eye was using, which changes what the gaps have to achieve.
Sliding systems
Where the programme requires them. A sliding front is carried differently and aligned differently from a hinged one.
Hardware type, specification and finish are agreed for the programme and confirmed on the sample. No hardware brand, mechanism supplier, cycle figure or service-life rating is published — those are programme specifications and, where a destination market requires it, matters for testing rather than for a category page.
A continuous surface and several aligned fronts are different problems.
Grain & veneer direction
Where timber or veneer runs, and whether it continues across adjacent fronts or restarts at each one. Both are legitimate; only one of them can be an accident.
Paint, lacquer & finish
Finish system specified for the programme and applied so that fronts made at different moments still read as one product.
Colour consistency
Between fronts on one piece, between pieces in one order, and between one production run and the next.
Front matching
How fronts are selected and arranged so the piece reads as designed rather than as assembled from whatever was to hand.
Edge detail
The profile where a front stops — which is also the line the eye follows when it compares one front to the next.
Mixed materials
Where a front combines timber, metal, stone or glass, the junction is finished so two different processes agree at one edge.
Materials, finish systems and matching requirements are specified for the programme and confirmed on the approved sample. No finish specification, performance figure or colour tolerance is published here.
06The interior
The exterior and the internal layout solve different parts of the product.
A cabinet is two products in one shell. What it looks like decides whether it is chosen; what is inside it decides whether it is still the right product two years later — and those are answered by different decisions during development.
Shelves
Fixed or adjustable, and how many — a decision about what the piece is expected to hold rather than about how it looks.
Drawers
Box construction, depth and division, which decide what actually fits rather than what the external dimension suggests.
Compartments
How the internal volume is divided, or deliberately not divided, against the use the programme has in mind.
Hanging & storage arrangements
Where applicable — rails, rods and fittings specified for the format and the market the product ships to.
Cable management
Where relevant, particularly on media formats, resolved during development rather than cut into a finished carcass.
Which of these a product carries is a programme decision. No internal system is standard across the category, and an interior is specified against what the piece is for rather than applied from a template.
The same product, decided two different ways.
Assembled
Knock-down
Manufacturing
Assembled
Geometry is fixed in the factory, where it can be checked and corrected before anything leaves.
Knock-down
Geometry has to be achievable by somebody else, which means it has to be designed in rather than adjusted in.
Fixings
Assembled
Chosen for permanence, driven once and never seen again.
Knock-down
Fixings have to be assembled correctly by a non-specialist, and often disassembled and assembled again later.
Customer assembly
Assembled
None required. The product that was approved is the product that arrives.
Knock-down
Required, and it becomes part of what was manufactured — the instructions, the component marking and the build order are all product decisions.
Packaging
Assembled
Protecting a large finished object with vulnerable surfaces and no way to make it smaller.
Knock-down
Protecting components and keeping a complete set together, where a missing fixing stops the whole delivery.
Shipment
Assembled
Bulkier, handled fewer times, and damaged at the surface when it is damaged at all.
Knock-down
Denser, handled more times, and damaged at the edges and corners when it is damaged at all.
Neither model is better, and no volume or cube saving is claimed for either. Which one suits a product depends on its construction, its price position, the destination market and how it is sold — and it is agreed for the programme rather than applied as a house standard.
08The sample
A storage sample has to be assessed in motion as well as at rest.
A storage sample is not settled by looking at it alone. It is opened and closed as part of the assessment, because part of what is being agreed is how the piece behaves — and behaviour is the part a drawing cannot carry.
What only the sample settles
Geometry
Whether the carcass is square in the way the drawing assumed, and whether the fronts sit in the plane they were meant to.
Opening & closing
How doors and drawers actually travel, and whether they return to the same line after they have been used rather than after they were fitted.
Hardware
That the specified components perform as intended in this product, at this size, with this front weight.
Finish match
Colour, sheen and agreement between adjacent fronts, seen in one light on one piece rather than on separate sample boards.
Internal layout
Whether the interior holds what the product is for, which is usually discovered by putting something in it.
Assembly
Where the product ships knock-down, the build sequence, the fixings and the instructions, tested by assembling it.
A physical sample can be inspected at source or shipped to the customer before production, and the approved piece becomes the production standard for the order and for reorders. Timing depends on the product and construction and is confirmed per programme.
09Production
What has to come together, rather than what happens first.
Storage production varies widely between products — a knock-down chest and an assembled veneered sideboard share almost nothing in sequence. What they share is a list of things that have to end up agreeing with each other.
What has to converge
Panels & components
Cut, edged and prepared to the geometry the rest of the product will be located against.
Carcass
Assembled square, or engineered to be assembled square by somebody else.
Doors & fronts
Produced, finished and selected so that the ones fitted to one piece agree with each other.
Hardware fitting
Hinges, runners and any specified mechanism fitted and adjusted to the product they are actually in.
Finish
Applied so that every visible surface on one piece reads as one product, and one production run reads as one order.
Fit, alignment and function
The stage where the product stops being components. Fronts are hung and adjusted, gaps are brought into agreement, and everything that moves is opened and closed — because a piece that is dimensionally correct and does not close properly has failed the test a customer applies first.
01
Approval & QC
Checked against the approved sample — carcass geometry and dimensions, door and drawer alignment, hardware and function where applicable, appearance and finish, labels and packaging.
02
Packing
Assembled or as components, protected for the surfaces and edges that are actually at risk on this product.
This is not a universal sequence and it is not presented as one. Which elements run in parallel, and where they converge, depends on the product, the construction and the programme.
Where the customer asks for it, Furniship takes full responsibility for the quality-control programme on the order — incoming materials, in-line checks, dimensions and construction, appearance and finish, packaging, labels and final pre-shipment inspection, with photographic reporting.
Furniture quality control10Packing
Edges, corners and visible surfaces become key protection points in the packing specification.
A storage piece is mostly finished surface and finished edge, and the edge is where a carton is gripped, set down and caught on a doorway. What protects the face of a cabinet is rarely what protects the corner of one.
Surface protection
Large finished faces that mark, protected in a way that does not itself mark them.
Corners & edges
A common point of handling damage, and where protection has to survive being gripped rather than only being present.
Glass where present
Doors, shelves and panels protected and identified as what they are, before anything else is stacked on them.
Hardware & components
Complete, identified, and packed where the person opening the carton will find them first.
Fronts
Often packed separately from the carcass, and often the components a customer judges the whole delivery by.
Assembled or knock-down
Two different packing problems for one product, decided by which way it ships.
Assembly instructions
Where the programme includes them, produced against the actual product rather than against a similar one.
No universal packing method or carton configuration is published, and no cube or volume saving is claimed. Packing is developed for the product and the programme, confirmed on the sample, and checked before shipment.
11Quality control
What gets particular attention on a storage piece.
The framework is the same programme Furniship runs on any order. What changes by category is where the risk sits — and on storage furniture it sits in geometry and in the parts that move.
Carcass geometry and dimensions
The reference every other check is taken against, and the one that makes or breaks everything fitted to it.
Door and drawer alignment
The lines neighbouring parts create for each other, checked as the customer will see them rather than component by component.
Hardware and function where applicable
That what moves, moves as specified — opened and closed rather than inspected in place.
Appearance and finish
Across adjacent fronts on one piece, and between pieces in one order.
These are instances of the same framework applied to every category rather than a separate method for storage. How quality is actually held — the reference, incoming and in-line checks, final inspection and reporting — is set out on the quality control page rather than here.
Furniture quality control12Which model applies
Whose product the programme starts from.
How far the product moves does not decide the model. Where the programme begins does.
A Furniship storage product
Private label & ODM
Adapt a developed product — dimensions, fronts, internal layout, hardware, materials, finish and packaging included. Adaptation can be extensive and it remains a private label programme.
Private label & ODM furnitureYour own defined design
OEM
A drawing or specification of your own, engineered for production, sampled, and manufactured against the approved sample.
OEM furniture manufacturingA concept or a requirement
Custom
A reference, a format, a price position — developed with Furniship into a product that does not exist yet.
Custom furniture manufacturing
13Buyer questions
What storage buyers ask
- Which storage furniture types can Furniship manufacture?
- Sideboards, cabinets, TV and media units, chests of drawers, bedside tables, wardrobes, shelving and display storage are all developed as programmes, along with mixed-material and other programme-specific case-good formats. Formats, dimensions, constructions, materials and finishes are developed around the requirements of the programme, subject to development, quotation and technical feasibility.
- Can dimensions and internal layouts change?
- Yes. Overall dimensions, carcass proportions, shelf positions, drawer configuration and internal divisions are developed around the programme. Because everything visible is located against the carcass, a dimensional change is resolved there first rather than applied to a finished design.
- Can doors, drawers and hardware change?
- Yes. Front configuration, handles and pulls, hinges and runners are all programme decisions, and soft-close, push-to-open or sliding executions can be developed where the programme requires them. Hardware type, specification and finish are agreed for the programme and confirmed on the sample.
- Can products be developed assembled or knock-down?
- Yes — assembled, partially assembled or knock-down. Neither is better than the other: the choice reaches back into how the product is engineered, and it is agreed during development against the construction, the price position, the destination market and how the product is sold.
- Can Furniship manufacture our own design?
- Yes. A defined design or drawing runs as an OEM programme: engineered for production, sampled, and manufactured against the approved sample.
- Can samples be inspected or shipped?
- Yes. A physical sample can be inspected at source or shipped to the customer before production, and the approved piece becomes the production standard. On storage furniture the sample is approved by operating it rather than only by looking at it. Timing depends on the product and construction and is confirmed per programme.
- What is the minimum order quantity?
- MOQs are set around the product and programme rather than one fixed threshold. They vary with construction, materials and the requirements of the programme itself.
- Can branding, labels and packaging be customised?
- Yes. Labelling, branding and packaging are set per programme, and are part of a private label execution rather than an addition to one. On storage furniture that also covers component identification and assembly instructions where the product ships knock-down.
- Can testing be arranged where required?
- Yes. Relevant product and material testing can be arranged through external laboratories where the destination market or programme requires it.
Tell us what it will stand next to. That is what it gets compared against.
The format, the interior, the hardware and the market. Storage furniture is judged closed, in a showroom, beside the unit next to it — and surviving that comparison is a manufacturing achievement rather than a styling one.
Explore Furniship Collections