confBuildFurniture
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Check pilot fit ↗

Remote pilot · clear scope

Digital sales for cabinet makers

Custom furniture, configured.
Not redrawn.

Dimensions, cabinet modules, finishes, fronts and fittings become one consistent 3D assembly—clear for customers and structured for quoting and production.

Check my pilot fit → See the sales workflow
01Customer dimensions clearmodules, finishes & fittings
02Construction rules protectedclearances and dependencies
03Production data structuredpanels, hardware & BOM
Parametric L-shaped fitted kitchen in the confBuild browser CAD
your-workshop.com/furniture-configurator LEG A 3,800 mm
WORKING HEIGHT 910 mm
FRONT Oak
Built for
Built-in cabinetsKitchensStorage systemsShopfitting

01 / REFERENCE PROJECTS

Three furniture systems.
Live in the browser.

A fitted kitchen, a solid timber wardrobe and a cabinet run under a roof pitch. Each one is a complete parametric assembly with carcasses, fronts, hardware and interior fit-out — every view below is a screenshot of the running model, and every card opens the configurator itself.

01
L-shape · U-shape · run with island

Fitted kitchen on the system grid

Kitchen layout, leg lengths, carcass and worktop depth, working height and appliance sizes are parameters. The corner carousel, the pull-outs and the appliance doors move on the real geometry; filler panels, end panels and the plinth follow every dimension.

  • 11 sheets: base, tall and wall units, worktop, extractor
  • 32 mm system grid, working height 850–1000 mm
  • Fronts, handles, splashback and plinth freely selectable
Configure live →
02
Hinged · sliding · open · drawers

Solid timber wardrobe system

Two to five carcass modules, each with its own front type. Interior fit-out, handles, plinth version and the timber for carcass, fronts and shelves belong to the configuration; doors and drawers run on the real hardware.

  • Width 1200–4200 mm, height 1800–2600 mm
  • Hanging rail, trouser pull-out, laundry basket, LED profile
  • Shadow gap and board thickness as parameters
Configure live →
03
Knee wall · pitch · fields

Cabinet run under a sloping ceiling

Every field steps up with the roof pitch and every door is generated as its own trapezoid. The scribe strip against the rafter plane carries a fitting allowance for trimming on site, and the room context can be switched on.

  • Roof pitch 25–60°, knee wall 400–1600 mm
  • 2–8 fields, drawer block in the knee-wall bay
  • Board area is calculated with the configuration
Configure live →

The same for your furniture range?

Discuss a pilot like this ↗

02 / FROM CONFIGURATOR TO WORKSHOP

Configure in the browser.
Generate the drawing set.

No installation, no CAD seat: the same configuration produces the full drawing set - general arrangement, section, parts list, cut list and hardware list, with an ISO frame and title block. The sheets below are original pages from the kitchen project behind the first example card.

General arrangement

Elevation, plan and isometric of the complete kitchen with overall dimensions, ISO 5457 frame and ISO 7200 title block. Vector line work, not a render.

Section A-A

Cross section through the run: plinth, carcase bottom, worktop and wall cabinet in true profile.

Drawer block, dimensioned

One sheet per cabinet element: elevation and plan with overall size, plinth and front heights and the width division - ready to build from.

Wall cabinet, dimensioned

The same for the wall cabinets: carcase sizes, shelf heights and the hinge cup positions.

Panel cut list

Every panel with position, quantity, length, width, thickness and material - computed from the geometry, not retyped.

Change one dimension in the configurator and the set is regenerated. Views, section, positions and cut list stay consistent with the model because they come from the same geometry.

See the drawing set live ↗

03 / FROM CUSTOMER DIMENSIONS TO A STRUCTURED PRODUCTION BASIS

Configure the furniture.
Preserve workshop knowledge.

Customers choose the visible result while your rules keep dimensions, panels, fittings and construction dependencies inside the product system you can build.

01CHOOSE DIMENSIONS & FINISH

Modules, fronts, materials, fittings and options are selected in a guided visual flow.

02WORKSHOP RULES CREATE THE ASSEMBLY

Clearances, joinery logic and hardware dependencies keep the furniture coherent.

03HAND OVER CLEAR ORDER DATA

Sales and production receive a concrete model instead of a sketch and scattered notes.

SALES-READY RESULT

A visible customer choice with a structured manufacturing basis.

The same configuration connects the sales conversation to panels, hardware, BOM and downstream preparation.

  • Configured 3D furniture assembly
  • Dimensions, materials and fittings
  • Basis for cut lists, BOM and quotation
Map this workflow →

04 / FROM LIVE CONFBUILD PROJECTS

From a cabinet family
to a configured order.

The three models above are complete confBuild projects: carcasses, fronts, hardware and interior fit-out in one multi-sheet assembly. The same rule-based approach turns your proven range into a focused sales configurator.

Kitchen pull-out block run out with drawer sides and runners
01Kitchen pull-outsRunners · drawer sides
Wardrobe module with the hinged door open and the interior fit-out behind it
02Wardrobe interiorHinged door · fit-out
Cabinet run under a roof pitch with every trapezoidal door open
03Roof-pitch runStepped fields · shelves
Model structureCabinets, fronts & fittings
VariantsDimensions, finishes & modules
OutputSTEP, BOM, cut list
Your rangeas the next pilot →

05 / CAD-KERNEL

Not a render mock-up.
Real parametric
geometry.

The confBuild CAD kernel creates furniture deterministically from dimensions, panels, construction methods, fronts and fittings. Changes propagate through the complete assembly—without manually rebuilding every variant.

INPUTDimensionsPanelsFittingsFinishes

Experience the CAD kernel →
Wardrobe module with the hinged door open and the interior fit-out behind it
01

Deterministic

The same parameters reliably produce the same geometry.

02

Assembly-aware

Carcasses, fronts and hardware stay connected through product rules.

03

Useful downstream

STEP, bill of materials and parameters feed CAD, ERP and shop floor.

04

Browser-native

Interactive 3D geometry without a local CAD installation.

06 / YOUR FURNITURE SYSTEM AT A GLANCE

Choose dimensions.
Generate valid furniture.

The system graphic shows how materials, dimensions, construction rules and fittings become a valid cabinet plus structured quotation and production data.

01

Dimensions & materials

Width, height, depth, board material and finish define the product space.

02

Construction & fittings

Joinery, drilling, drawers, hinges and handles follow your proven workshop rules.

03

Valid 3D assembly

Every choice updates a coherent cabinet assembly instead of an isolated render.

04

Quote & production data

Parameters and components provide a foundation for cut lists, BOMs and quotations.

Your rules, visually explained.
Customers and dealers configure within the rules you define. Your team receives a clearer request with dimensions, materials, fittings and a structured 3D model.

Discuss a pilot →

07 / WHY A CONFIGURATOR

A tool for
sales and the workshop.

A focused furniture configurator shortens clarification loops while preserving the construction logic that makes your products manufacturable.

01◇

Guide customers

Customers select dimensions, finishes and equipment without needing detailed joinery knowledge.

02↗

Protect construction rules

Valid ranges, clearances and fitting dependencies keep configurations inside your product logic.

03⌁

Quote faster

A concrete 3D configuration replaces vague sketches and repeated clarification emails.

04◎

Reuse production data

Panel, fitting and component data create a structured basis for cut lists, BOMs and downstream systems.

08 / FOCUSED REMOTE PILOT

One furniture range.
Clear scope.

01

Select one product family

We start with a frequently sold cabinet, kitchen module or shopfitting system.

02

Map the joinery rules

We encode dimensions, materials, fittings, dependencies and valid combinations in the CAD kernel.

03

Launch a branded pilot

The white-label configurator is tested with your sales team and selected customers before expansion.

Fewer drawing loops, more qualified enquiries

Turn your best-selling furniture into a digital product system.

→Arrange a first callShow us one typical cabinet family. In a short call we identify the smallest useful scope for a configurator pilot.

Remote · Directly with the developer