From a 22-parameter configurator click to a work order, in one shift.
Furniture shops run a tight loop: a customer-facing configurator on the sales side, a CAD nest on the engineering side, hardwood mills and hardware vendors on the supply side, a cut plan and a finish recipe on the floor, and a customer change request that lands mid-build half the time. Polymr keeps board genealogy, finish recipe drift, hardware item-master consolidation, and configurator-to-RFQ-to-cut-list flow coherent and current.
Built for the furniture shape.
Polymr reads SolidWorks and SketchUp CAD files into a hardwood cut list with hardware schedule, finish call-outs, and edge-banding rolled up per panel. A CAD revision change set flows into open work orders and POs so the cut bundle and the hardware bag arrive at the bench against the same drawing.
Finish-recipe drift detection catches stain-batch inconsistency before the panel ships. Each mill records the actual recipe, Polymr reads the per-batch color difference against the spec, and any drift over tolerance flags before the next pour. The customer configurator prices against the live vendor catalog so the quote the dealer sends carries a margin guard the controller signed off on at catalog refresh.
The configurator click writes a typed option tree.
CFG-9118 lands with 22 parameters set by the customer: model, length, hardwood species, finish recipe, hardware vendor. The option tree is structured, not free-text. Each branch links back to the customer's spec sheet, and each branch carries an estimated cost contribution against the rolling vendor table.
The BOM rolls up live. Cost basis follows the spot vendor table.
BOM-9118-v1 derives from the option tree. The six line items resolve against the live vendor catalog with the cost basis attached. When V-218 oak slips two days at the mill, the BOM re-prices against the maple substitute and the quote regenerates inside the hour.
The customer never sees a stale quote because the engineer never typed the quote.
| Item | Description | Qty | Unit $ | Ext $ | Vendor |
|---|---|---|---|---|---|
| HW-OAK-72×3 | top rail · red oak | 4 ea | $18.40 | $73.60 | V-218 |
| HW-OAK-18×3 | leg · red oak | 16 ea | $6.20 | $99.20 | V-218 |
| HW-OAK-side | side panel · red oak | 4 ea | $22.80 | $91.20 | V-218 |
| HW-OAK-strch | stretcher · red oak | 4 ea | $11.40 | $45.60 | V-218 |
| HDW-BR-CRN | brass corner | 16 ea | $0.62 | $9.92 | V-301 |
| FNR-204 | natural-oil + walnut stain | 0.8 L | $14.50 | $11.60 | V-518 |
| Total material | $331.12 | per 4 ea | |||
Quote, customer sign, work order. One conversion strip.
The CFG-9118 deal lands on Monday at 09:14 and the work orders issue Tuesday at 14:22. Twenty-nine hours wall-clock, with a single customer touch on Tuesday afternoon to e-sign the quote. The strip below traces the seven states from configurator click to WO issue.
- Mon 09:14ConfiguratorCFG-9118
- Mon 09:14BOM solveBOM-9118-v1
- Mon 09:27Quote draftQ-2204-44
- Mon 11:02Customer reviewsent
- Tue 14:18Customer acceptesign
- Tue 14:19Sales orderSO-2204-A
- Tue 14:22Work ordersWO-9118-1..4
Six failure modes a configure-to-order furniture shop lives with.
Each shows up in the first conversation with an operations director or a production manager. None of these are about CAD literacy or hardwood sourcing as individual problems; each is about the seam between the configurator, the designer, the mill, and the finishing shop where today no workflow runs.
- Reorder against phantom historyCustomer asks for "same as last time". last time was three finishers ago and the recipe drifted
A repeat 12-unit reorder of SO-2204-A lands. Production pulls the prior cut plan and the prior finish recipe. The finisher who applied the natural-oil-plus-walnut-stain pass nine months ago has been replaced twice. The recipe sheet says "as before" but the as-before pass is in a notebook in a drawer. Twelve units finish with a visibly different tone.
- Lot grading inconsistencyLot M-2204 grades inconsistently; cut yield drops from 87% to 79% on unit 412 of 600
A 600-unit run of HW-MDF-1818 panels starts at 87% board yield on lot M-2204. Forty-eight panels in, the lot quality drifts, and the running yield drops to 79%. The cut plan, locked Friday against an assumed 87%, leaves the run 38 panels short by Wednesday.
- CAD revision lateDesigner issues CAD rev 4 at 16:42 Friday; cut crew starts rev 3 at 06:00 Monday
Designer revises the panel dimension late Friday. The export to the cut-list staging folder fails on a Vault sync glitch. Monday morning the cut crew pulls rev 3, runs four panels per unit against the old dimension, and the assembly jig kicks the units back to remake.
- Sub-assembly substitution breaks jigV-218 hinge saves 6% per unit, breaks the hinge-mounting jig on 400 units
Purchasing finds V-218 priced 6% under V-244 on HDW-HNG-22, switches the approved-vendor flag. The V-218 hinge has a 1.2 mm offset on the mount-screw bore. The hinge-mounting jig was built for the V-244 pattern. Four hundred units are assembled, the visual closes, the operation jams on first use.
- Finish color spec ambiguousFinish color spec ambiguous between RAL 5012 and PMS 285; resolves at unit 80
A custom blue spec arrives as "blue per customer reference photo." Engineering interprets RAL 5012; the finishing shop interprets PMS 285. Both sign off without re-confirming. Eighty units come off the finishing line a shade off; the customer rejects the lot at receiving.
- Cycle time hinges on two artifactsCycle of 5.2 d drops to 0.8 d only when cut plan AND finish recipe are both current
The cycle compression depends on the configurator export being current AND the finish recipe library being current. A drift in either reverts the cycle to 3-4 days because the buyer reconciles by hand. Both have to be live.
What this looked like at a three-plant commercial furniture maker.
- Situation
- A configurator on the sales side produced a per-order spec sheet that engineering hand-translated into a CAD nest and a cut list. Three plants ran the same product families with locally-tuned BOMs.
- What was breaking
- Configurator changes arrived Friday afternoon. The buyer team retyped cut lists Monday morning, sent RFQs to hardwood mills and hardware vendors Tuesday, and waited for the slowest mill to reply Thursday. By the time POs were cut Friday, two plants were already starving.
- BOM extraction + RFQ
- Engineering revisions
- Delay recovery
Three siblings that share the same configure-to-order shape.
- Make-to-order
Configure-to-order cousin. The configurator-to-cut-list flow generalizes to any made-to-spec product where the RFQ packet derives from a customer-side configurator or a one-line email plus drawing.
- Discrete
BOM revision pain. When an engineering revision lands on a discrete assembly, the downstream open POs and floor cut plans need the same diff-and-propagate workflow that drives furniture revs.
- Hospitality
Recipe-style BOMs. Commercial hospitality equipment (custom kitchens, bar lines, buffet stations) shares the configurator-derived BOM library and the finish-recipe drift problem.