I watched it happen again last week. An architect handed off millwork drawings to a manufacturer. Clean elevations, tight lines. The manufacturer won the bid, produced submittals, got them approved, and sent everything to fabrication.

Then the fabricator pulled up the plans and said what fabricators always say: “This isn’t how we build things.”

The design wasn’t wrong. The problem is that nobody who actually builds the thing was involved in deciding how to build it.

The chain nobody talks about

The workflow runs through six or seven people before anything gets cut. Architect, general contractor, millwork estimator, millwork project manager, millwork drafter, millwork engineer. Every handoff drops information. Every person makes assumptions about what the previous person meant.

By the time submittals reach the fabricator, you have a chain where nobody who builds was involved in the detailed design. The fabricator, a guy with decades on the floor and strong opinions, sees the plans for the first time and immediately starts flagging issues.

Could be the engineer specified kerf core panels for curved desks instead of bending ply. Could be french cleats instead of z clips for hanging wall panels. Small decisions with big implications for how the work actually gets done.

The fabricator complains that this should’ve been figured out already. Or that it was figured out in a way he doesn’t like.

Why “ask the fabricator early” doesn’t fix it

The obvious solution is to pull fabricators into the design phase. I’ve tried it. It helps. It doesn’t solve the problem.

Fabricators forget what they told you four months ago. The gap between design and fabrication is too long. Preferences shift. And because our industry depends on individual craftsmen making fabrication decisions in real time, you end up with inconsistency baked into the system. The fabricator you consulted in January isn’t necessarily the one building your project in May.

This is the deeper issue. Manufacturing decisions in most shops aren’t governed by process or logic. They’re governed by whoever’s at the bench that day. Individual fabricators override engineered decisions based on personal preference, and there’s no system to push back.

Standards shouldn’t be set in a vacuum. Fabricators should help shape them. But once a standard is set and a drawing is approved, the build has to match it regardless of who’s running the saw.

We’re asking drafters to be something they’re not

Most shops expect drafters to be experts on fabrication. They expect each drafter to make detailing decisions on their own, on the fly, based on whatever they happen to know about how the shop builds.

That’s backwards.

Twenty years ago, drafters were experienced millworkers who picked up CAD late in their careers. They knew the craft and the tools. Both skill sets lived in the same person.

That’s not the case anymore. CAD and CAM software have gotten more demanding. Being expert in the tools takes its own depth of knowledge. The skills have diverged, and most drafters today are software experts, not millworkers.

The craftsmen are still in the building. They’re just sitting in the wrong seat.

Force multipliers, not consultants

Every shop has an experienced fabricator who knows how things should be built. The mistake is leaving him at the bench and pulling him out for occasional consults.

If that expertise becomes a full-time role, everything changes. An experienced fabricator reviewing new projects, scoping the work, and kicking off jobs with clear direction on how to draft, detail, spec materials, and build. Not building any of it himself. Using what he knows to direct and train everyone else.

This is the difference between ad-hoc and system.

Ad-hoc: he’s at the bench, you tap him for an opinion, he forgets the conversation, the next job repeats the same mistake.

System: it’s his full-time job to set direction, document it, train against it, and make sure the work follows. Clear parameters. Clear escalation path when something custom comes up. Built to outlast the individual.

It’s the same logic we apply to every other function. We don’t expect accountants to be millworkers. They bring technical skills, we bring industry knowledge, and the work gets done right. There’s no reason fabrication expertise should be the one thing we expect every drafter to absorb by osmosis.

What changes when you actually do this

Standardized shops are rare in our niche, but they exist, and the difference is dramatic.

When the fabrication logic is set upfront, the drafter walks into the project with more information. We can have real confidence at the submittal stage that what we draw is going to get built that way. Drafting moves fast when what we’re drawing is already defined.

Smart teams run fewer iterations, not more. That only works when expertise is front-loaded, not retrofitted.

The honest read

You can keep running the 2D-then-engineer rework loop and accepting it as part of the business. Most shops do.

Or you can call it what it actually is: a structural problem created by where you’ve placed your expertise, not an inevitable feature of the industry.

The craftsmen are in your shop. The question is whether you’re going to keep them at the bench or put them where they can prevent problems instead of being asked to fix them after the fact.

Jacob Edmond

CEO