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🪚 Kitchen & Cabinet Manufacturers

Every component priced. Every job profitable.

A kitchen has 400 components. Your spreadsheet misses 40 of them. Slabr's Forge™ BOM engine prices every board, hinge, handle and metre of edge banding automatically — so you stop quoting kitchens at a loss.

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Built for custom manufacturers · Guided onboarding

Product preview

Sample Pulse for multi-line manufacturers.

Revenue, margin, capacity and risk across every product line — preview using sample data based on the Slabr workflow model.

SSlabr
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  • Flow14
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v2.6 · all systems go
PulseOwner dashboard
Search jobs, quotes, clients…⌘K
LiveRF
Pulse™ · Intelligence

Owner dashboard

Connected business signals — margin, cash, capacity, risk

Revenue MTD↑ 18%
R 1.46M
Margin avg↑ 2.1 pts
36.8%
Jobs at risk↓ 60%
2
Cash collected↑ 24%
R 1.18M
Activity

Hotspots in the last hour

  • Margin alertJ-1803 sample furniture — actual labour 8h over quoted
  • Capacity riskAssembly stage at 4/5 capacity for Wed
  • Cash inflowR 142,000 paid by card (sample furniture · Q-2046)
  • Job closedJ-1791 sample kitchen install signed off · 36.8% margin
400+
components in a typical kitchen BOM — Forge™ prices all of them
18–25%
average margin improvement after accurate BOM pricing
< 8 min
to generate a fully-costed kitchen quote in Slabr
100%
of client spec approvals timestamped and locked

Six pain points · Six fixes

Six leaks every kitchen manufacturer is silently absorbing.

These problems quietly cost you 6–10% margin per job. Slabr surfaces all of them.

📋
Problem #1

Your BOM is a sprawling spreadsheet nobody trusts

A kitchen of 14 carcasses has 400+ components — board cuts, edge banding, hinges, drawer runners, handles, screws, glue, backing panels. Your estimator builds a spreadsheet from memory. She forgets the drawer runners on the island. She uses last month's board price. She omits the soft-close hinges because the client hasn't confirmed hardware yet. The job lands $450 short before a single panel is cut. Slabr's Forge™ pricing engine turns your kitchen into a structured BOM — every component priced at current supplier cost, every quantity calculated from your specs, every optional line flagged.

Slabr fix

Forge™ BOM engine: structured component tree with current material prices, quantity formulas, and optional-item flagging. No forgotten components.

🪵
Problem #2

Material waste is absorbed silently into your overhead

You buy 2750×1830 boards and cut them to job. The offcuts from a kitchen job can amount to 3–4 full board equivalents. Most manufacturers treat offcuts as overhead and under-price accordingly. Slabr tracks every sheet allocated to a job, records what was cut and what remains, and assigns offcut value back to inventory — not written off. You know your actual board cost per job, and your offcut bin becomes an asset.

Slabr fix

Scan-based board allocation per job. Offcut tracking moves residual sheet value to inventory rather than writing it to overhead.

🏭
Problem #3

Production scheduling is a whiteboard — and it lies

Monday morning. 6 active jobs. The whiteboard says three are being cut, two in assembly, one ready for paint. Except cutting ran out of 18mm white yesterday and nobody updated the board. Two assembly jobs are stalled waiting on hardware. A client calls asking for a delivery date and you have to walk the floor to find out. Slabr's Production™ module stages every job through your workflow. When a stage stalls, the system shows it. When material is short, it flags it.

Slabr fix

Production™ stages with connected status: Cut → Edge → Drill → Assembly → Paint → QC → Pack → Deliver. Stage blocks when dependencies are not met. Status updates as the team logs scans.

✅
Problem #4

Client approvals happen on WhatsApp and change three times

Your designer sends a quote with door style, handle choice, and colour spec. Client replies on WhatsApp: 'yes looks fine'. Two weeks into production, they message to say they wanted matte black handles, not brushed nickel. You already ordered brushed nickel. The WhatsApp thread is your only record — and it says nothing definitive. Slabr's client portal gives every client a secure, branded page showing their full spec. They click Approve. That click is timestamped and locked.

Slabr fix

Client portal with full spec approval: door style, handle, colour, cutout selections. Timestamped digital sign-off creates the confirmed order.

🔩
Problem #5

Hardware purchasing is reactive and duplicated

Your store manager walks the floor, checks the hardware bins by eye, writes a handwritten list, and phones the supplier. Meanwhile your estimator already sent a different hardware list two weeks ago — and nobody knows if it was ordered. When assembly hits and the drawer runners are missing, the whole run stops. Slabr generates a material requirements list directly from the approved BOM. POs are raised in the system. Your store manager sees what is ordered, what arrived, and what is outstanding.

Slabr fix

BOM-to-PO workflow: approved job generates a component requirements list. POs raised in-system. Goods received update inventory automatically.

💰
Problem #6

You quote margin but invoice revenue — and never check the gap

You quoted 34% margin. The job is done. You send the invoice. But you never went back to see what the job actually cost — because reconciling quoted BOM against supplier invoices is a half-day of work you never have time for. Slabr's job profitability report compares every quoted line against actual supplier invoices and labour records. You see what was quoted, what was delivered, and the exact items that caused the gap. Five-minute read.

Slabr fix

Job margin report: quoted cost vs actual supplier invoices vs actual hours. Line-by-line variance. Available the moment the job closes.

How it runs

From design brief to invoice paid — nothing falls through.

Every component, every spec, every supplier — one record carries the kitchen end to end.

01

Brief & design

Log the enquiry. Record kitchen dimensions, door style, handle selection, appliance cutouts, colour spec. Attach drawings.

02

BOM & quoting

Forge™ builds the component tree from your spec. Every board, every hinge, every metre of edge banding — priced at current supplier cost.

03

Client portal approval

Client receives a branded quote link showing the full spec. They confirm door style, handles, colours. One click to approve.

04

Procurement

Approved BOM generates a material requirements list. POs raised to board, hardware and paint suppliers in one workflow.

05

Production

Job card with QR. Production stages track each cabinet from cut through to pack. Stage status updates on your dashboard as the team logs scans.

06

Delivery & invoice

Delivery scan marks installation complete. Invoice from approved quote. Payment tracked. Job margin report available immediately.

Built for the manufacturer

The full toolkit. BOM through invoice, no gaps.

Everything a kitchen and cabinet manufacturer needs in one connected system.

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  • Forge™ BOM engine with structured component tree
  • Current material prices pulled from your supplier catalogue
  • Quantity formulas for board cuts, edge banding, and hardware
  • Optional-item flagging before quote is sent
  • Scan-based board allocation and offcut tracking
  • Production™ stages: Cut → Edge → Drill → Assembly → Paint → QC → Deliver
  • Connected production floor status dashboard
  • Stage dependency blocking when materials or approvals are outstanding
  • Client portal with full spec and hardware approval
  • Timestamped digital sign-off — legally defensible
  • BOM-to-PO workflow: material requirements auto-generated from approved job
  • Goods received against PO updates inventory automatically
  • Job margin report: quoted vs actual per line item
  • Invoice from approved quote in one click, VAT-compliant
  • Payment tracking and client statement of account
  • Delivery scheduling with installation job card
“
Designed outcome — kitchen and cabinet manufacturers stop forgetting components on quotes. Forge™ builds a structured BOM with current supplier rates and quantity formulas, so margin reflects what was actually quoted. Workflow example, not a customer testimonial.

Workflow example — designed for kitchen and cabinet manufacturers

Pricing & flow leaks

The 5 most expensive mistakes custom manufacturers make

Each one quietly drops gross margin two to six points without ever showing up on a single line item. Cross-linked to the glossary so the underlying mechanic has its own page.

#01

ERP overkill on small-shop scale

Tier-one ERPs (SAP Business One, NetSuite, IFS) are designed for multi-plant manufacturers running thousands of SKUs and dedicated controllers. A 6–25 person custom shop running 30–80 active jobs gets a six-figure implementation, eighteen-month rollout, and a workflow designed for someone else's factory. The shop ends up keeping its spreadsheets running in parallel because the ERP cannot model a per-job BOM that changes mid-build. The Lean Enterprise Institute treats overprocessing — software included — as one of the seven wastes; ERP that nobody uses is overprocessing in pure form.

Glossary: quote-to-job→

#02

BOM rebuilt manually on every quote

When the bill of materials lives only in the estimator's head and a fresh spreadsheet, every kitchen, staircase, or shopfit gets re-priced from a blank page. The hinges get forgotten, the edge banding metres run short, and last month's board price is used because nobody re-checked the supplier sheet. A structured BOM with quantity formulas — driven by the spec, not retyped — is the single biggest pricing-leak fix in custom manufacturing. The same BOM then carries forward to procurement and production rather than being rebuilt twice more downstream.

Glossary: bill of materials→

#03

Production stages opaque to the office

Without discrete production stages, the office has no idea where a job actually is. The whiteboard says “in assembly” for two weeks because nobody updated it. Value-stream mapping (Lean Enterprise Institute) and cellular manufacturing (US EPA Lean Methods) both start from the same premise: you cannot improve flow you cannot see. Stage-by-stage status — with explicit dependencies blocking the next step — turns the shop floor into something the office can answer questions about without walking it.

Glossary: production stage→

#04

QC at end-of-line only

End-of-line QC is the most expensive place to find a defect: the carcass is built, edge banded, drilled, and finished before anyone notices the panel was cut 6mm short. ISO 9001 Clause 8.1 (operational planning and control) treats in-process verification as a core control, not an afterthought. Stage-gate QC — a check at the end of cut, edge, drill, and assembly — catches defects when rework is cheap. Single end-of-line inspection routinely costs custom shops 2–4 points of gross margin in rework and scrap.

Glossary: QC checkpoint→

#05

Per-job margin invisible in the monthly P&L

A monthly P&L tells you the shop made 22% gross margin. It does not tell you which six jobs lost money and which four carried the month. Job-order costing (the standard treatment in Penn State and OpenStax managerial-accounting texts) records material, labour, and overhead per job so closeout margin can be compared against quoted margin one job at a time. Without it, the leaks compound silently: the same kind of job underprices the same way every quarter and nothing in the roll-up signals it.

Glossary: job cost→

Frequently asked

Six questions custom manufacturers actually ask.

Answers reflect the workflow Slabr is built for — not a generic vendor pitch.

Should I buy an ERP or use a purpose-built tool?

For a custom shop under ~50 staff, a tier-one ERP is almost always the wrong answer. ERPs assume stable BOMs, repeat SKUs, and a full-time controller to maintain master data — none of which fit a shop where every kitchen, balustrade, or shopfront is one-off. Implementations regularly run six figures and 12–18 months, and most shops keep their spreadsheets running alongside because the ERP cannot model spec changes mid-build. A purpose-built custom- manufacturing tool models the quote, BOM, production stages, and job margin natively — without the master-data overhead. Move to ERP only when you have multiple plants, dedicated finance staff, and stable repeat product, not before.

Glossary: quote-to-job→

How do I structure production stages in a custom shop?

Start from the physical work, not the org chart. Map the actual sequence a job passes through — value-stream mapping, in Lean Enterprise Institute terms — and make each handoff a discrete stage. For a kitchen shop that's typically Cut → Edge → Drill → Assembly → Paint → QC → Pack → Deliver. Keep stages coarse enough that scans take seconds, fine enough that bottlenecks show up. Each stage carries its own dependencies (material reserved, spec approved, prior stage signed off) so the system can block progression when a precondition fails — not after the next stage has already started rework.

Glossary: production stage→

Where should QC checkpoints sit?

At the end of every stage that creates an irreversible commitment, not only at end-of-line. The classic checkpoints in a cabinet shop are post-cut (panel sizes against cut-list), post-edge-band (adhesion and trim), post-drill (hinge and shelf-pin position) and post-assembly (squareness, hardware fit) — then a final inspection before pack. ISO 9001 Clause 8.1 treats this in-process verification as a core operational control. Each checkpoint should capture pass/fail plus a photo or measurement; failures route the job back to the originating stage with a documented defect, not to “rework” as a vague queue.

Glossary: QC checkpoint→

How do I track WIP across active jobs?

Work-in-progress is the value of jobs started but not yet invoiced — material issued, labour booked, overhead absorbed — sitting on the shop floor. Procore's WIP guide frames it as a financial report, not a production view: at month-end the WIP schedule compares revenue earned (typically % complete on quoted value) against costs incurred to-date, exposing over-billing and under- billing. For a custom shop, the practical mechanic is: each job carries its own ledger of material issued and hours booked, the production stage % drives revenue recognition, and the WIP report is a single roll-up across all active jobs. Without it, cash-flow forecasting is guesswork.

Glossary: job cost→

What is a typical custom-manufacturer gross margin range?

Gross margin in custom manufacturing varies sharply with geography, positioning and product mix, so any single number is illustrative rather than benchmark. Industry primers (Procore on construction margins; Pro Builder on residential trades) commonly show 25–35% gross margin on installed custom work, with bespoke high-end shops at the upper end and volume cabinetry below it. The number that matters is whether closeout margin matches the margin you quoted — a 30% quoted job that closes at 18% is the leak, not the headline target. Job-order costing reveals which kinds of work consistently underclose so the next quote can correct.

Glossary: job cost→

How does ISO 9001 alignment work for small shops?

ISO 9001 is process-based and scale-agnostic — small shops do not need a separate quality department to align with it. Clause 8.1 (operational planning and control) asks four practical questions: what are the requirements for the product, what processes deliver them, what controls verify they were met, and what records prove it. For a custom shop, that maps directly to: an approved spec from the client portal, a defined production stage sequence, stage-gate QC checkpoints, and a job record carrying the evidence. Most of the documentation auditors look for is a by-product of running the work this way — not a separate folder somebody maintains for audit week.

Glossary: QC checkpoint→

Sources & references

Where the numbers above come from.

Public industry references for the Lean, ISO, WIP and job-order costing claims on this page. Figures without a public source are marked illustrative in the body copy.

  1. Lean Enterprise Institute — Value-Stream Mapping — Canonical Lean reference defining value-stream mapping; the basis for treating production stages as a visible flow rather than an opaque shop-floor whiteboard.
  2. US EPA — Lean Thinking & Methods: Cellular Manufacturing — Public US EPA primer on cellular manufacturing and Lean methods; underpins the case for stage-by-stage flow visibility in custom shops.
  3. ISO 9001 Clause 8.1 — Operational Planning and Control (commentary) — Practitioner commentary on Clause 8.1 used for the in-process QC-checkpoint and operational-control framing applied to small-shop quality alignment.
  4. Procore — Construction WIP (Work-in-Progress) Guide — Procore explanation of the WIP schedule, % complete revenue recognition and over/under-billing — applied here to custom-manufacturer job tracking.
  5. Penn State Pressbooks — Job-Order Costing — Open-textbook chapter formalising the job-order costing model used to reconcile per-job material, labour and overhead against quoted margin.
  6. LibreTexts / OpenStax — Job-Order Cost System Journal Entries — OpenStax Managerial Accounting reference on the journal entries that record material issue, labour and overhead against a job — the accounting backbone for per-job margin reporting.

Get started

Stop losing margin on forgotten components.

Load your material catalogue, build your first BOM template, and send a properly-priced kitchen quote today. Slabr pays for itself on the first job.

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