Worked case: modular drawer cabinets and a bench for a two-bay repair shop — steps and cost

The scenario

Picture a small two-bay repair shop on a street of older lots, where the mechanics now keep their tools in rolling boxes and parts on open wire shelves. The shop owner wants the tools in drawers on the wall and the floor clear around the lift.

The back and one side wall come to about 32 linear feet. The wall is block in one place and drywall over studs in another, so the fasteners differ along the run.

Modular drawer cabinets with steel or maple tops suit shop work, since a drawer holds a set of sockets without a pile, and a top can take a vise. Anchoring to the wall and floor is added so a loaded cabinet does not tip when a drawer is open.

The work is scheduled after hours so the bays are free for customers the next morning. The schedule is a note for the installer and does not change the price.

Oil, solvents and cleaning fluids are kept in their original containers, away from any heat source, and the plan leaves a path to every exit.

A small repair shop along an older street, in the part of town that grew up around the old rail depot, has little room to spare, so the drawer cabinets are chosen for depth and drawer count rather than for wall space. Each drawer has a load rating from its maker, tools are sorted by use so the heavy ones sit in the lowest drawers, and the bench top is a steel or maple surface that tolerates oil and solvent wipes. Customers are told in advance which bay is closed, the waiting area stays out of the work zone, and the shop stays open on one bay while the other is fitted, so the order of work is set around appointments rather than around the installer.

What the job involves

1. The shop is walked after closing; the run, the lift and the exits are marked on the floor.
2. The drawer cabinets are set from one corner, leveled and joined; fasteners suit block or stud.
3. Heavy tops are fitted and the bench is built at the end of the run.
4. Anchors tie each cabinet to the wall and floor as the maker's instructions state.
5. Parts bins and labels are placed, drawers are checked, and the floor is swept.

Materials and hardware

• Hammer drill and masonry anchors for block
• Structural screws for studs
• Level and straightedge
• Labeled parts bins

Add-ons often paired with this job

• Workbench, per foot of top — +$90–$280. Eight feet of bench top, priced per foot.
• Labeled bins and parts drawers — +$200–$800. Bins and labels for small parts.

Why it is done this way

The business path starts from a higher rate than a home garage, because commercial cabinets are heavier and anchored more firmly. The two modifiers, heavy tops and anchoring, add to the rate for every foot.

The shop's hours are a flag for the installer, not a price. The total comes from the same formula as every other path.

A repair bay is judged by how quickly a technician can find a socket with greasy gloves on. Drawer fronts that open with a full-width pull, shallow top drawers for small tools and deep bottom drawers for air tools keep the reach short, and a drawer that locks keeps the expensive diagnostic gear out of sight overnight. The lift sets the limits: no cabinet goes where a raised vehicle's doors or a swinging arm would hit it.

What would change the price

• The run is longer than 32 feet or a second wall is added.
• The owner chooses heavy-gauge steel cabinets in place of drawers.
• Tools and stock must be moved out and back.
• Old shelving must be removed.
• The work is phased over several days.