Industries · 4 min read ·
Cabinet and furniture manufacturing: workflow and machine line-up
How Canadian cabinet, millwork and furniture shops move panels from design to install, which machine does each step, and when to add nesting or a beam saw.
Canadian cabinet and furniture makers turn melamine, plywood and MDF panels into boxes, doors and casework. The workflow runs from design software to panel sizing or CNC nesting, then edge banding, boring and assembly. A starter shop can run on a sliding table saw and a compact edgebander; growth usually brings a nesting router, then a beam saw.
Four business models, four sets of priorities
- Custom kitchen and vanity shops build to measure for homeowners, contractors and designers. Every job is different, so flexibility and fast programming matter more than raw speed.
- Commercial millwork and casework shops build reception desks, store fixtures, and lab and classroom casework from architects' drawings. They need accurate machining of large panels and solid documentation for bids.
- Production cabinet makers supply builders and dealers with standard box lines. Throughput per shift, edge quality and consistent boring patterns matter most.
- Furniture and ready-to-assemble makers produce repeated parts in larger batches, where stack cutting and automatic edge banding pay off.
A sector of small shops
Statistics Canada data published by ISED counts 6,481 establishments in household and institutional furniture and kitchen cabinet manufacturing (NAICS 3371) in 2025, and 3,263 of them have employees. Among those employers, 44.4 percent have fewer than five people and a further 53.6 percent are small establishments. Ontario (2,560) and Quebec (1,893) lead, followed by British Columbia (1,023) and Alberta (547).
The Canadian Kitchen Cabinet Association, formed in 1968 with its first meeting in Toronto, represents manufacturers of kitchen cabinets, bathroom vanities and related millwork, along with their suppliers and dealers. Demand follows housing construction and renovation, which is one reason many shops try to balance builder work with custom and commercial jobs.
From order to installed kitchen: the workflow
- Design and engineering. Design software turns the approved layout into cut lists, part labels and machine programs. This step decides how much the machines can run without someone standing at the controls, so it deserves the same attention as any machine purchase.
- Panel processing. There are two routes. Parts can be sized on a panel saw and bored separately, or nested on a CNC router that cuts, drills and grooves each sheet in one pass. Our CNC router vs panel saw comparison looks at the trade-offs.
- Edge banding. Visible edges get PVC, ABS or wood tape, trimmed flush and scraped. Premilling gives a clean joint on chipped edges, and corner rounding finishes doors and shelves.
- Boring and hardware. Hinge cups, shelf pin rows, and dowel and connector holes. On a nesting line most of this happens at the router; saw-based shops use a separate boring machine.
- Assembly and finishing. Boxes are glued and clamped, then doors and drawer boxes are fitted. Many shops buy doors in or send them out for finishing.
- Delivery and installation. Parts are labelled by room and cabinet so installers can work without sorting on site.
Equipment line-up by shop stage
| Stage | Panel processing | Edge banding | Where it fits |
|---|---|---|---|
| Starter | Sliding table saw such as the Martin T66 (format cuts up to 3,310 x 3,700 mm), plus a small CNC router for boring and shaped parts | Compact edgebander with premilling and corner rounding, such as the Felder G 383 (edges up to 5 mm) | Custom work, owner-operated shop or small team |
| Growing | Nesting centre such as the Holz-her DYNESTIC 7532, with a 15-spindle drilling head and grooving saw as standard | Faster edgebander with a PUR-capable glue system | Steady builder or commercial work where operator time is the constraint |
| High volume | Automatic beam saw for single panels or stacks, such as the SCM gabbiani s, alongside nesting for shaped parts | High-output bander such as the HOMAG EDGETEQ S-300 (8 to 14 m/min, automatic multi-profile changeover) | Standard box lines and batch furniture |
For a machine-by-machine view of the same decisions, see our cabinet shop machine guide. This page focuses on how the work moves through the building.
What to plan for
Dust extraction
Every saw, router and edgebander needs a connection to dust collection sized for the air volume all machines draw together, with ducting planned before the machines are placed. Wood dust is both a health hazard and a fire hazard, so collectors, filters and housekeeping belong in the budget from the first day.
Vacuum, air and power
Nesting routers hold sheets down with vacuum pumps, and edgebanders and boring units use compressed air. Add the pumps' and compressor's electrical load to the machines' own when sizing the 600 V service. Transformer and CSA requirements for each machine are confirmed in the quote.
Panel handling and storage
Full sheets are heavy and their faces damage easily. Store them flat near the saw or router, and plan a vacuum lifter or lift table so one person can load a nesting table safely. Offcut racks and a clear path from the edgebander to assembly keep the flow moving.
Skills
The scarce role is the person who runs the design software and understands how the machines will read its output. Operators on a nesting router or an edgebander can be trained on the job, and Titan's quotes include operator training at installation.
Questions and answers
What machines does a small cabinet shop need first?
A sliding table saw for sizing panels and a compact edgebander with premilling and corner rounding cover most custom work. A small CNC router for boring and shaped parts is often the third machine.
Should a cabinet shop buy a CNC nesting router or a panel saw first?
A nesting router cuts, drills and grooves each sheet in one pass and suits custom work with many different parts. A beam saw is faster for large runs of rectangular parts and stack cutting, so production shops often run both.
Where are most cabinet and furniture makers in Canada?
Statistics Canada data for 2025 shows Ontario with 2,560 and Quebec with 1,893 of the 6,481 establishments in furniture and kitchen cabinet manufacturing, followed by British Columbia and Alberta.
What does a cabinet shop need besides the machines?
Dust collection sized for all machines running together, compressed air, vacuum pumps for a nesting router, adequate 600 V power and a safe way to lift full sheets.
