Dining table manufacturing
Dining table manufacturer for retail furniture programmes.
A dining table is a large surface held up by a small structure. Much of the engineering that determines how a table performs sits beneath the visible surface.
Furniship develops and manufactures dining tables across the normal formats and base constructions — shape, dimensions, materials and finishes developed around the requirements of the programme.
Dining tables Furniship builds.
Fixed
One top, one structure. Everything is resolved once and stays resolved, which puts the whole burden on span and base geometry.
Extendable
A top that opens, a mechanism that carries it and a leaf that has to match. A different product engineering problem, not a longer version of a fixed table.
Rectangular
The volume format in most dining assortments, and the one where span is longest.
Round
No corners to protect and a different base problem — the load has nowhere to spread to.
Oval
Rectangular span with round edge construction, which is two problems rather than a compromise between them.
Pedestal base
Everything carried through one point, which buys legroom and spends stability.
Trestle, four-leg and other base constructions are built to the same standard as the bases shown. Formats, dimensions, constructions, materials and finishes are developed around the requirements of the programme. 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
- Overall dimensions
- Extended dimensions where applicable
- Top construction
- Base construction
- Material
- Finish options
- Assembly
- Carton & cube
The load path is the product.
- 01
Tabletop construction
Solid, panel, veneered or stone-faced. It sets the weight everything below has to carry, and how the surface behaves over a long span.
What it decidesWeight, flatness over time, and what the edge can be
- 02
Apron & subframe
The structure immediately under the top. It is what stops a long top behaving like a plank, and it is often hidden in conventional product photography.
What it decidesWhether the top stays flat, and where the legs can go
- 03
Leg & base interface
Where the structure meets the top. The junction that carries everything and the one most likely to loosen, because a table is dragged rather than lifted.
What it decidesRigidity, and whether the table can be shipped in parts
- 04
Fixings
What holds the assembly together, and whether it can be taken apart again without damage. On a knock-down table this is a customer-facing component.
What it decidesAssembly, reassembly and long-term rigidity
- 05
Span & support
How far the top reaches between supports. Longer spans are not a styling choice with a price attached — they change what the structure has to be.
What it decidesBase position, subframe depth and legroom
- 06
Extension mechanism where applicable
A moving structural component in the middle of the load path. It has to carry, align and keep doing both after several hundred operations.
What it decidesAlignment, rigidity when open, and how the leaf is stored
Dimensions are structure, not styling
Length, width and top weight decide where the base can sit and what the leg geometry has to be. Moving a base inward buys legroom at the end of the table and spends stability; moving it outward does the reverse. A longer top raises both. None of it is settled on the drawing — it is settled by what the structure underneath is asked to do.
A large surface shows everything.
- Span
- Materials behave differently over distance. What is rigid at a metre may not be at two, and the construction has to answer that rather than the specification assuming it.
- Weight
- A heavier top is a heavier load on every junction beneath it, and a heavier carton at the end of the programme.
- Environment
- Solid timber moves with the environment it lives in. Construction has to allow for it rather than resist it, and destination market is part of that decision.
- Finish
- A finish on a large horizontal surface is judged in raking daylight. Sheen and colour consistency matter more here than on any other product in the assortment.
- Edge construction
- The edge is where the top's construction becomes visible. It is also the part that gets knocked, so appearance and durability are the same decision.
- Joining
- Where a top is made from more than one piece, the joins are permanent decisions about grain, colour and how the surface will read.
Matching is a production problem, not a finishing one
Colour and finish have to match across the top, between the top and the base, and — on an extendable table — between the main top and a leaf that spends most of its life somewhere else. Grain and veneer direction are set before anything is cut, because they cannot be corrected afterwards.
04Fixed or extendable
Extension is not a longer table. It is six more problems.
An extendable table is a different product engineering exercise, not a variant of a fixed one. Everything below exists only once the top has to open.
- 01
The mechanism
A moving structural component that has to carry load, run smoothly and keep doing both after the table has been opened several hundred times.
- 02
Alignment
Two surfaces meeting in the middle of the most-looked-at plane in the room. Small misalignment is highly visible and gets worse with use.
- 03
Leaf storage & handling
Where the leaf lives when it is not in use, and whether one person can fit it. Both are product decisions, not accessories.
- 04
Stability when open
The table is at its longest and least supported precisely when it has the most on it. The base has to hold in the configuration it spends least time in.
- 05
Tolerances
Parts that move against each other have to fit tightly enough to look right and loosely enough to keep working through seasonal change.
- 06
Packing
More components, a separate leaf and a mechanism that must not be damaged in transit — a different carton problem from a fixed table.
None of this makes extendable tables harder to buy. It makes them a different specification conversation, held earlier — the mechanism has to be decided before the top is engineered, not after.
Two tracks, one fit.
The top
- 01
Material selection
Boards, panels or facings selected and matched for grain and colour before anything is cut.
- 02
Top construction
Jointed, pressed or faced, then dimensioned and edged to the approved standard.
The base
- 01
Component production
Legs, aprons and structural parts produced, and the mechanism prepared where the table extends.
- 02
Base assembly
The structure built and squared, with fixings set for the assembly method the programme ships in.
- 03
Finish
Applied across top and base so they match in colour and sheen — including any extension leaf, which is finished with the top rather than after it.
- 04
Fit & assembly
Top and base brought together, alignment set, and an extendable table opened and closed to confirm it works before it is taken apart again.
- 05
Inspection & packing
Checked against the approved sample, then packed for the way it will actually travel.
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 control06Packaging & transport
A tabletop is the most damageable thing in the container.
It is large, flat, finished on the face everyone looks at, and it travels next to other large flat things. How a table ships is decided while the product is still being engineered, because assembly method and construction are the same decision.
- Assembled or knock-down
- Most tables ship apart, which trades cube against assembly at the other end. It is a decision about the customer's warehouse and the customer's customer, not only about freight.
- Top protection
- The finished face travels against something. What that something is, and how it is fixed, decides whether the surface arrives as it left.
- Edge & corner protection
- Corners take the impact and edges take the abrasion. They are protected differently because they fail differently.
- Hardware packs
- Fixings, tools and a leaf where applicable, packed so nothing is loose against a finished surface and nothing is missing on arrival.
- Assembly instructions
- A knock-down table is assembled by someone who has never seen one. The instruction is part of the product, not part of the paperwork.
- Carton configuration
- Engineered to the table and to how many travel together, rather than to a standard box size.
07Which model applies
Whose dining table the programme starts from.
The depth of change does not decide the model. Where the programme begins does.
Private label & ODM
Private label & ODM furnitureA Furniship dining table
Adapt a developed table for your assortment — dimensions, material, finish, base, extension and packaging included. Adaptation can be extensive and it remains a private label programme.
OEM
OEM furniture manufacturingYour own defined design
A drawing or specification of your own, engineered for production and manufactured against the approved sample.
Custom
Custom furniture manufacturingYour own requirement
An idea, a reference or a target price, developed with Furniship into a table that does not exist yet.
08Buyer questions
What dining table buyers ask
- Can the dimensions change?
- Yes. Length, width, height and base position can all be adapted, on a Furniship-developed table or on your own design. Dimensions change what the structure underneath has to do, so they are agreed as part of engineering rather than applied afterwards.
- Which table formats do you build?
- Fixed and extendable, in rectangular, round and oval tops, on pedestal, trestle, four-leg and other base constructions. Those are examples rather than the limit — format and construction are developed around the requirements of the programme, subject to development, quotation and technical feasibility.
- Can tables be extendable?
- Yes. An extendable table is a different engineering exercise rather than a longer fixed table, so the mechanism is decided before the top is engineered.
- What materials can be used?
- Material is set per programme and resolved during development, weighed against span, weight, finish and the destination market. Which materials suit a given table is confirmed as part of that conversation.
- Can finishes be customised?
- Yes. Finish is set per programme, and matching across the top, the base and any extension leaf is handled as a production decision rather than a finishing one.
- Can I supply my 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 shipped to us?
- Yes. A physical sample can be inspected at source or shipped to the customer before production, and the approved piece becomes the production standard. 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 testing be arranged?
- Yes. Relevant product and material testing can be arranged through external laboratories where the destination market or programme requires it.
Tell us the top. We will work out the rest.
A size, a material, whether it extends, and the price it has to hit. Everything underneath follows from those four — and it is the part underneath that decides whether the table is still flat in three years.
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