The problem design-to-manufacturing solves
Interior designers and factories often hand work across tools: a drawing in one place, a panel list in Excel, a nest in another file, a quote in a third. Every handoff is a chance to change a millimetre or price the wrong board. Design-to-manufacturing keeps the configured module as the source of manufacturing and commercial output.
The FMOS path
- Project — Client and job together.
- Configure — Template or structured custom unit; size, internals, materials, finishes.
- Validate — Workspace manufacturing rules; blocking issues before release.
- Cutlist — Panels from that furniture; print or CSV.
- Nest — Sheets with grain, nesting gap, and saw kerf; sheet-plan PDF.
- Quote — BOM, BOQ, markup, tax, and a project quotation.
2D and browser 3D review use the same furniture data manufacturing will validate and cut. An L-shaped kitchen can be composed from multiple modules on that same path.
Who this is for
Independent interior designers, design firms, modular furniture manufacturers, and kitchen and wardrobe businesses in India. Each registration creates an isolated workspace. Roles decide who can design, validate, nest, price, and approve a quotation.
Frequently asked questions
What is design-to-manufacturing for modular furniture?
It means the furniture you configure is the same record used for manufacturing rules, cutlists, sheet nesting, BOM, BOQ, and quotation — without re-entering sizes elsewhere.
How does FMOS implement it?
One project carries configuration through validation, cutlist, nesting, and quotation inside a browser workspace at app.fmos.in.
Continue in the cluster
Template to factory without rework · Cutlist software · Sheet nesting · BOM and quotation · Excel vs FMOS · Pricing