A millwork shop in Northern California turned a used chainsaw and $300 into a working museum of woodworking, and along the way it rebuilt lives. The business started as a logging outfit in 1973, grew into custom millwork, and now reproduces Victorian-era architecture piece by piece. Its best-known commission, a recreation of Abraham Lincoln’s hearse, took nine months and a crew of twelve veterans, and it leaned on the kind of clever tool design the trade has relied on for generations. The mix of history, machinery, and training makes a working model for anyone in the wood trades.
From Logging Crew to Specialty Millwork Shop
The startup math was lean. In 1973 the founders pooled $300 for a used chainsaw, a set of chokers, half a tank of gas, and a little blue truck. When recession closed neighboring mills, the company expanded from logging into manufacturing, starting with prefabricated sheds and fence posts. The owner also began salvaging the antique equipment of the mills that shut down, and he rebuilt his own Victorian-era mill to preserve the machines and to cut his own logs. Adding a 1905 Orton single-sided planer let the shop mill finished lumber in one pass, and historic recreation followed naturally.
Salvaging machinery while building a business
- Rescued planers, saws, and moulders from closing mills
- Restored each machine to working condition
- Built a period-correct mill building to house them
- Used the machines for production, not display
- Opened public tours in 1991 to share the collection
The salvage strategy served two purposes at once. The machines cut production cost while the collection drew visitors, and every restored planer or moulder became a teaching tool for the apprentices who came later. Reproduction work also leans on structural history. Engineers still study the Austin Dam failure to teach how design limits and maintenance decide whether structures survive, and millworkers read old joinery the same way: every joint carries load, and every material has limits.
Authentic Reproduction: Reading the Original, Building the Copy
Authentic reproduction starts with documentation. The shop photographs and measures the original, records every profile, and cuts molding knives to match. Wood is selected to match the period, and assembly uses traditional joinery with modern fasteners hidden where they do not show. The result reads as old because the process respects the original logic of the piece.
From a hearse to everyday commissions
The Lincoln hearse project shows the division of labor. A veteran craftsman in Arizona built the under-frame, a team in Kentucky made the wheels, axles, and springs, and the California shop’s crew of twelve veterans spent nine months building the wooden frame, chamber, and ornamentation out of 2x and 3x Douglas fir. The finished vehicle rolled out for the 150th anniversary of Lincoln’s cross-country funeral procession. Commission range runs from a single dentil molding to an entire storefront, and clients include historical societies as well as homeowners restoring a Queen Anne. Every job starts the same way: measure twice, photograph everything, and never trust the old drawings.
Why authenticity sells
Collectors, museums, and homeowners pay for fidelity. Heritage buyers reward authenticity, whether they are bidding on a property with country music history or commissioning a piece for a sesquicentennial reenactment, and reproduction shops that deliver it build waiting lists.
A reproduction commission follows a repeatable workflow:
- Document the original with photos and measurements
- Identify the wood species and joinery used
- Cut profile knives to match the molding
- Build full-scale mockups of complex sections
- Assemble with traditional joinery and hide modern fasteners
Antique Machinery in a Working Shop
The 1905 Orton single-sided planer is a production tool, not a museum piece. Around it, the shop rebuilt a full Victorian workshop with blacksmithing, ceramics, plaster, and printing trades, and Craftsman’s Days festivals bring craftsmen from around the world to demonstrate them. Tours and festivals pay part of the bills, which lets the shop keep machines that a purely commercial operation would have scrapped. The demonstrations double as quality control, because a machine that runs in front of a crowd runs reliably on a deadline.
Keeping old machines running
- Source bearings, belts, and knives from specialty suppliers
- Rebuild flat belts and line shafts
- Match cutter heads with balanced knife sets
- Store tooling dry to prevent rust
- Keep a spare parts catalog for discontinued machines
Shop training has to cover machines with open belts and exposed gears. The Willow Island cooling tower collapse changed how the industry treats scaffolding and crew preparation, and working shops apply the same seriousness to guarding antique equipment and supervising apprentices who have never stood near a line shaft.
Trade Training as a Second-Chance Program
The shop started hosting students in 1989 through a partnership with the county office of education. Ten years later it added a full-time high school where at-risk students spend three days a week in a classroom and two days in the shop learning millworking, carpentry, or cabinet making. After four to six years, they graduate with a regular diploma and a marketable trade. A parallel program for veterans followed, funded through the GI Bill, and it put twelve veterans from Iraq and Afghanistan to work on the hearse. The school model works because the work is real: every board the students cut goes into a paying job, and mistakes carry the same cost they would in any shop.
How the training model works
- Partner with a local education agency
- Split the week between academics and shop time
- Assign real production work with deadlines
- Fund trainees through programs like the GI Bill
- Graduate students with a diploma and a skill
What students and veterans gain
- A regular high school diploma
- Hours logged on professional machinery
- A portfolio of finished work
- References from working craftsmen
- An identity built on competence
Hands-on work succeeds with at-risk students because the feedback is immediate: a joint fits or it does not, a finish lies flat or it does not, and the next attempt is always available. The skills shortage shows up across the built environment. Agencies that maintain the spans recorded in bridges history struggle to find inspectors and ironworkers, and millwork shops fight the same battle for joiners and finishers.
Wood Selection and Material Science for Period Work
Douglas fir built the hearse frame because it is, in the founder’s words, the athlete of the softwood industry: strong, tough, straight-grained, and willing to take a finish. Period work demands the same care with species, grain, and moisture content, because a reproduction has to hold its shape for the next hundred years.
Choosing the right species
| Species | Strength | Stability | Workability | Period use |
|---|---|---|---|---|
| Douglas fir | High | Moderate | Excellent | Frames, sash, heavy trim |
| White oak | High | High | Good | Doors, flooring, furniture |
| Black walnut | Moderate | High | Excellent | Interior trim, cabinetry |
| Mahogany | Moderate | High | Excellent | Doors, paneling, moldings |
Moisture content decides whether a piece stays true. Air-dried stock moves less after installation, and millwork should acclimate inside the building before final fitting. A board that arrives at 19 percent moisture and dries to 9 percent in a heated room will shrink, cup, or twist, taking a joint with it. Mortise-and-tenon and dovetail joinery hold better than glued butt joints when the wood moves, which is why period construction used them. Reproduction shops track moisture in every board they buy, because a warped frame ruins a month of work.
Long-lived materials earn their reputation the same way in every trade. Clay tile roofing survived for centuries because the material matched the climate, and period wood species survive because they match the structure and the loads it carries.
From Reproduction Shops to Modern Millwork
The skills transfer directly. Joinery, finishing, layout, and machine setup feed modern demand for custom built-ins, trim, and cabinetry, and a shop that can reproduce a hearse can build a library wall that fits within a sixteenth of an inch. Trim packages for new construction, built-in shelving for renovations, and reproduction crown molding for old houses all come from the same benches. The antique machines teach patience; the production schedule teaches delivery.
Skills that carry across markets
- Layout and measurement discipline
- Traditional joinery that outlasts fasteners
- Finishing techniques for exposed wood
- Machine setup and knife grinding
- Client communication on custom work
The market for modern custom cabinetry and millwork keeps growing, and shops with reproduction training start ahead of competitors who only know production shortcuts.
Historic millwork reproduction preserves more than buildings. It preserves the tools, the techniques, and the people who can use them, and it turns a $300 chainsaw into a pipeline of skilled craftsmen. The visitors who walk the shop floor see proof that woodworking still pays, and that matters as much as any class.