White cedar built a business that most lumber mills never attempt. The operation started in 1945, when the founder’s great-grandfather bought a steam-powered mill in Kiamika, Quebec, and it ran as a conventional sawmill for decades, selling cedar to contractors and producing docks. In 2010 the next generation began building high-end hunting shelters, and in 2012, after a friend’s question over dinner, the first 8 by 12 shed went up in a single weekend and sold two days later, delivered with the sawmill’s boom truck. That first sale proved the equipment already in the yard could carry a finished-goods business. The pivot turned 70 percent of the mill’s cut into shed lumber, with the rest going to customers for siding, patios, and sidewalks. This article converts the story into working knowledge: why white cedar suits outbuildings, how a mill feeds a production shop, and how builders schedule capacity around seasonal demand. Before committing to a material, it pays to study what expert consultation looks like from a specialist who knows the product, because lumber grading, moisture, and joinery decide whether a shed line makes money.
Why White Cedar Works for Sheds and Outbuildings
White cedar (Thuja occidentalis) grows across eastern Canada and the northeastern United States, and it earns its place in outdoor structures through traits that framing softwoods cannot match. Sawmills in Quebec and the Great Lakes region have supplied it to builders for more than a century. Its heartwood resists decay and insect attack without chemical treatment, it stays stable through freeze-thaw cycles, and it is light enough for a two-person crew to handle. The 70/30 split in the source operation shows how one species can carry both a lumber line and a finished-product line, since the same logs that frame the sheds also supply siding customers.
What White Cedar Offers Over Other Softwoods
Cedar costs more per board foot than spruce-pine-fir, so the comparison belongs on total cost of ownership. A white cedar shed needs no pressure-treated framing for ground contact, no chemical preservatives, and usually outlives a painted softwood unit by decades. The trade-offs are real: cedar is softer than Douglas fir, so fasteners set easily but impact damage dents faster, and wet storage stains the surface quickly.
| Species | Decay resistance | Dry weight (lb/cu ft) | Dimensional stability | Typical shed use | Relative cost |
|---|---|---|---|---|---|
| Northern white cedar | High, untreated | 19-23 | Excellent | Framing, siding, roofing | High |
| Western red cedar | High, untreated | 22-26 | Very good | Siding, trim, decking | High |
| Douglas fir | Moderate | 30-34 | Good | Framing, beams | Medium |
| Spruce-pine-fir | Low | 26-30 | Fair | Framing, sheathing | Low |
| Pressure-treated pine | High (treated) | 34-40 | Fair | Runners, ground contact | Low-medium |
Grades and Cuts That Matter for Framing
Builders buying from a sawmill should specify grade and cut together. Vertical-grain material resists cupping and twisting better than flat-grain, and stock dried to 12 to 15 percent moisture content frames predictably. Cedar’s flexibility is an asset on curved work, and crews can follow bending cedar shingles over curved surfaces methods when a roof or soffit calls for radius details.
Sourcing Cedar From the Mill and Choosing Equipment
A sawmill gives a shed builder control over the two variables that ruin outdoor wood projects: moisture content and grade consistency. Feeding 70 percent of the cut directly into the shop means every runner, joist, and stud comes from the same log run and dries under the same schedule. Builders without a mill can capture much of that benefit by working with one or two lumber suppliers who will hold consistent grades and delivery dates.
Working With a Sawmill for Consistent Lumber
When lumber arrives from a single source, the shop can sort for grade, sticker the stack for airflow, and record moisture readings on every delivery. Suppliers who are treated as partners respond with better pricing on volume and better service on special cuts. The same principle holds for machinery: a chat with a tool specialist that matches equipment to actual job needs saves more money than any sale price, because the right tool removes a bottleneck and the wrong one adds storage.
Equipment That Scales a Small Shop
The production records show a deliberate equipment timeline: a Mule 4 lift in 2017, a Pine Hill trailer in 2019, a Mule 624 in 2021, a bird notcher in 2022, and a Joey Lift in 2023, plus dedicated door and window suppliers and a 3D builder configurator. Each purchase solved a specific constraint rather than adding capacity for its own sake.
- Identify the actual bottleneck: assembly speed, lifting, or hauling.
- Buy the one machine that removes that bottleneck.
- Run it for a full season before adding the next.
- Standardize door, window, and hardware suppliers.
- Add a 3D configurator only after the build process is stable.
Shop Layout and Production Workflow
The shed shop started in a 20 by 30 corner of a molding factory, then moved in 2019 into a purpose-built 40 by 60 workshop divided into two sections. That footprint keeps two to three sheds under construction at once, which smooths the workload for a seven-person crew: two sawyers with four decades of combined experience run cedar production, two builders assemble the structures, and one roofer closes them in. That division of labor means every shed passes through the same hands, and defects get caught while the unit is still on the shop floor.
From Raw Lumber to Finished Unit
- Mill and sort cedar for runners, joists, studs, and siding.
- Cut and notch framing members to the configurator plan.
- Assemble floor, walls, and roof on the shop floor.
- Install doors, windows, and trim.
- Finish with roofing and any customer-requested options.
- Load and deliver with the shop’s own trailer.
The shop builds two to three sheds per four-day work week depending on size, averaging 85 to 90 units per year plus three to five high-end shelters. Everything is built in-house; no panel sheds are purchased and finished.
Roofing and Fire Considerations
Cedar roofing is a selling point for some buyers and a code question for others. Untreated cedar shakes can face restrictions in wildfire-prone jurisdictions, so builders should verify local ratings before quoting a cedar roof. Fire retardant treatment for cedar roof shakes preserves the look while improving the rating, and offering it as an option answers most objections at the sales table.
Framing, Siding, and Finishing Details
The best sellers in this operation are the 8 by 12 shed and the 10 by 16 with garage doors, and both are built entirely of white cedar: runners, joists, wall studs, and siding all come from the same mill. Building the whole envelope from one species eliminates differential movement, because every member expands and contracts at the same rate and the fasteners stay tight.
Full-Cedar Construction: Runners, Joists, Studs, and Siding
- Runners sit above ground contact on gravel pads or treated skids so soil moisture never wicks into the floor frame.
- Wall studs at 16-inch centers with solid 3/4-inch siding create a stiff shell that survives towing without racking.
- Exterior-rated fasteners and flashing at every joint keep water out of the end grain.
Fastening patterns follow the same rules used for exterior cladding: two fasteners per bearing point, ends nailed within an inch of the edge, and rows spaced to match the siding profile. Cedar accepts both nails and screws well, and screws make later repairs and panel replacement easier.
Cedar’s natural decay resistance lets runners outlast softwood equivalents, but the pads underneath still do the real work of keeping the structure dry year after year.
Keeping Cedar Looking Fresh
Cedar weathers to a silver-gray that many buyers accept, but interiors and protected areas need routine care. Interior paneling darkens with age and humidity, and restoring and lightening darkened cedar paneling with bleaching techniques brings the warm tone back without sanding away the surface. Exterior finishes last longest when the wood is prepped clean and dry before the first coat.
Seasonal Planning and Custom Options
Demand for sheds concentrates in spring and fall in most northern markets, and this operation plans around that curve. During peak season the time from sale to delivery runs about five weeks; in the off-season it drops to two weeks. Pricing, staffing, and marketing all shift with the rhythm.
Peak Season vs Off-Season Scheduling
| Season | Lead time | Production pace | Shop focus |
|---|---|---|---|
| Spring and fall peak | About 5 weeks | 2-3 sheds per week | Full production, deliveries |
| Summer shoulder | 3-4 weeks | 2 sheds per week | Standard mix |
| Winter off-season | About 2 weeks | 1-2 sheds per week | Prototypes, maintenance, training |
The winter slowdown is the window for prototypes. The owner uses it to build one shed with new colors or new options, chasing what he calls the wow effect for the coming season, while staying close to what the 3D configurator can reproduce in normal production. The configurator doubles as a sales tool, showing buyers the finished shed with their chosen colors and door placement before they sign, and keeping production close to that standard prevents the gap between the rendering and the delivered unit.
Siding Installation and Moisture Management
Long-term performance comes down to how siding is installed and how moisture moves behind it. Blind nailing techniques for cedar clapboard siding hide fasteners and let boards expand and contract freely, and the same discipline applies to vertical layouts. Cupping in vertical cedar siding is driven by moisture dynamics, and correct ventilation and fastening patterns prevent the warping that shows up a season after installation.