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One local manufacturing system

Furniture production software with cabinet design, CNC workflows and local ERP

Move from a measured room to cabinet parts, client renders, optimized panels, labels and configured machine output in one Windows project. The published Business launch scope adds a local ERP designed for the customer's PC.

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01 / Design

Room-led kitchen and cabinet design

Start with the room, not an isolated box. Build the space, place parametric cabinets and keep the dimensions and cabinet choices together in the project that will later feed costing and production.

For a faster first pass, the kitchen Autofill workflow collects the job choices it needs and proposes a starting cabinet run. The result remains editable: the designer can refine placement, sizes, fronts and the cabinet configuration before approval.

  • Room context: design cabinets in the space where they have to fit.
  • Parametric cabinets: adjust cabinet dimensions and configuration without redrawing every part.
  • Autofill starting point: move from guided job choices to an editable kitchen layout.
  • One project: keep the approved design connected to the later manufacturing workflow.

Read the guide: from 3D kitchen design to CNC →

Spovex room and kitchen design workspace with cabinets arranged in a 3D room
The Design workspace keeps the room and cabinet layout visible while the project is developed.
02 / Part editor

Control shapes, grooves, pockets and drillings at part level

Standard cabinets still contain parts that need production detail. Open an individual part to review its geometry and machining operations instead of creating a disconnected drawing in another program.

The part editor covers custom shapes as well as grooves, pockets and drillings. This gives the designer a place to resolve one-off details and verify the intended operations before that part enters the job's cutlist, label and machine workflow.

  • Custom geometry: edit the panel shape when a rectangular part is not enough.
  • Machining features: place and review grooves, pockets and drillings on the part.
  • Production context: keep the edited part inside the same cabinet and project.
  • Review before output: inspect the part and its operations before manufacturing files are prepared.
Spovex part editor showing a cabinet panel with CNC drillings and machining operations
A real Spovex part-editor view with panel geometry and machining operations.
03 / Hardware wizard

Hardware work organized by the task in front of you

The hardware wizard is arranged as focused task pages rather than one long catalog. Work through doors, drawers, hinges, handles and fittings in the context of the cabinet being configured.

Each page narrows the decision to the current job. The user can choose the relevant system, review how it applies to the cabinet and check the resulting hardware or drilling work before moving into production.

  • Doors: configure the opening task and its related hardware.
  • Drawers: select and review the drawer system for the cabinet.
  • Hinges: handle hinge selection and its drilling context together.
  • Handles: place the selected grip in the cabinet workflow.
  • Fittings: apply other task-specific fittings without leaving the project.
Why task pages matter: they keep the question tied to the cabinet operation being completed. Spovex does not rely on a headline article-count claim to explain this workflow.
Spovex hardware wizard modal with task pages and a fitting preview
The hardware wizard presents focused pages and a visual preview for the active task.
04 / Photo rendering

Cycles rendering from the same design project

Create a presentation render from the project used to design the room and cabinets. The render is not a separately rebuilt scene: it is derived from the same project geometry, layout and material choices that the designer is already reviewing.

Spovex uses the Cycles rendering engine for the photo-render step. Lighting, materials, scene setup, output settings and the customer's computer all affect the result and render time, so the workflow leaves room for deliberate setup rather than promising one universal look or speed.

  • Project continuity: present the design without creating a second disconnected model.
  • Design review: use the rendered view to discuss the room, cabinet arrangement and finishes.
  • Production remains connected: rendering does not replace or detach the underlying cabinet project.
Spovex Design workspace showing a kitchen, cabinet controls, materials and production details
The real Design workspace is the source project for Cycles rendering; this capture is not presented as a finished render.
05 / Make

Cabinet cutting optimization with production labels

After the cabinet parts are ready, the optimizer arranges them on available panels using the actual sheet dimensions and production constraints entered for the job. Saw kerf and panel trims are part of the calculation rather than invisible assumptions.

Grain direction and allowed rotation keep visually directional parts from being treated like unrestricted pieces. The resulting layouts show where parts are placed and report used area and waste, giving the shop a measurable result to review before cutting.

  • Cutting rules: account for sheet size, trim allowance and saw kerf.
  • Material direction: respect grain and the rotation choices allowed for each part.
  • Reviewable layouts: inspect the panel plan before committing material to the saw.
  • Measurable waste: compare the reported result instead of relying on a universal savings promise.
  • Part labels: carry dimensions, edgebanding information and the part or program identity needed in the workshop.
Honest scope: an automatic closed-loop offcut bank is a planned workflow, not a feature claimed as complete here. Current decisions should be based on the layouts, labels and measurable waste reporting available for the job.

Read how panel cutting optimization saves material →

Spovex Make workspace showing an optimized panel cutting layout
The Make workspace shows the solved panel layout and the production information used to review it.
06 / Machine drivers

Machine output configured for the exact workshop

Pro and Business include machine-driver workflows for Biesse-, Selco- and Homag-class production environments. These are post families, not a promise that every machine, controller generation or file format works without configuration.

The safe workflow starts with the exact machine model, controller and required post. That combination must be confirmed before production output is approved. A controlled test program and test cut are required before a real customer job is sent to the machine.

  • Confirm the equipment: record the exact machine model and controller, not only the brand.
  • Confirm the post: match the output to the machine and the shop's configuration.
  • Check tool and operation assumptions: review the program against the configured production setup.
  • Test safely: use a test program and test material before releasing live work.
Compatibility is specific: ask Spovex to confirm your exact machine, controller and post before treating any class name as supported production output.

Compare Starter, Pro and Business machine features →

07 / Published Business launch scope

Furniture production software with ERP on the customer's PC

The published Business launch scope places the ERP inside the local Spovex system and is designed to run on the customer's Windows PC, without depending on a customer cloud or the owner's VPS.

Production and people in the same local system

The scope covers production work, workers and attendance-terminal workflows from the customer's own environment. Starter and Pro remain focused on their published design and manufacturing features.

  • Production: keep production work and its operating status together.
  • Workers: organize the people involved in the manufacturing process.
  • Attendance terminals: support local attendance workflows for compatible terminal setups.

Expenses and finance close to the job

The scope includes operating expenses and finance views for the business side of production. The local architecture is designed to keep customer operational data on the customer's PC rather than requiring a hosted customer ERP.

  • Expenses: capture the costs that belong in the operating picture.
  • Finance: review the financial information used to manage the workshop.
  • Local operation: no customer cloud or VPS dependency for the ERP workflow.
Plan boundary: built-in ERP is the published Business launch scope, not a Starter or Pro feature. Compare plans or download Spovex to review the local setup.
08 / Languages

18 interface languages

Spovex is designed for multilingual teams, with supported project documents localized where available. Select from these 18 interface languages:

  • Albanian
  • Macedonian
  • English
  • German
  • French
  • Spanish
  • Italian
  • Portuguese
  • Dutch
  • Polish
  • Czech
  • Romanian
  • Turkish
  • Russian
  • Ukrainian
  • Arabic
  • Simplified Chinese
  • Croatian
Practical guides

Understand the workflow before choosing software

These in-depth guides explain the production decisions behind cabinet design, panel optimization and software selection without hiding the tradeoffs.

Product questions

What the production modules actually mean

What does cabinet cutting optimization do?
It arranges cabinet parts on available panels while respecting sheet size, trim, saw kerf, grain direction and allowed rotation, then reports the layout and waste for production.
Does the Spovex ERP run in the cloud?
The published Business launch scope is designed to run locally on the customer's Windows PC, without a customer cloud or VPS dependency.
Which CNC environments can Spovex work with?
The Pro and Business plans include machine-driver workflows for Biesse-, Selco- and Homag-class environments. Exact machine, controller and post compatibility must be confirmed before production.
How many languages does Spovex support?
Spovex supports 18 interface languages: Albanian, Macedonian, English, German, French, Spanish, Italian, Portuguese, Dutch, Polish, Czech, Romanian, Turkish, Russian, Ukrainian, Arabic, Simplified Chinese and Croatian. Supported project documents are localized where available.

Bring your real cabinet workflow.

Download Spovex and tell us about your design process, panel rules and exact machine setup.

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