A workshop runs on two kinds of investments. Large ones, like saws and workbenches, get most of the attention, and that attention is earned: adding tablesaw safety upgrades such as blade guards, riving knives, and push sticks prevents some of the most common shop injuries. The small investments matter just as much. A few dollars spent on parts trays, bins, and dividers can decide whether a project takes twenty minutes to set up or two. When hardware is contained, fasteners stay sorted, small parts survive between work sessions, and a paused project can be packed away and resumed later without a scavenger hunt. This article explains how cheap, sturdy trays solve real organization problems, what to look for when buying them, and how to build a parts station around the way you actually work.
Why Workshop Essentials Change Over Time
Workshops are not static. Tools that dominated for decades can disappear from shelves, while inexpensive items quietly earn permanent space on the bench. The radial arm saw is the classic example: once the centerpiece of many home workshops, it faded as other saws became cheaper and safer. The rise and fall of the radial arm saw shows how quickly a workshop’s list of essentials can change, and why today’s must-have tool is not always tomorrow’s.
Parts trays belong to the opposite category. A tray has no motor, no electronics, and no firmware to update. It does one job, holds small things, and does it for years. When a tool generation fades, the trays stay. That durability makes them one of the most dependable purchases in a workshop budget, and it is the reason professional shops still stock the same simple trays they used a decade ago.
Cheap does not mean disposable. The trick is choosing trays that are rigid enough to carry a load of fasteners, shallow enough to reach into, and smooth enough to clean in seconds. A tray that costs one dollar and lasts ten years outperforms a twenty-dollar organizer that cracks in a season.
Choosing Trays and Containers for Hardware and Small Parts
The first rule of tray shopping is to match the tray to the task. A flat tray around 15 by 11 inches with a shallow lip suits fasteners, small tools, and parts waiting for glue. Deeper bins suit bulk storage, and compartmented organizers suit sorted collections of screws and anchors. Most shops end up with a mix of all three, because no single container handles every job.
Material matters as much as size. Polypropylene, stamped PP on most bottoms, resists shop chemicals, flexes without cracking, and survives drops from bench height. Food-grade trays are useful for the same reason they work in kitchens: they are designed to be washed repeatedly, so they come clean easily after messy work.
Fine woodworking projects create the same parts problem as rough construction. When the New Yankee Workshop built the oak vanity featured on This Old House, the build still generated a stream of screws, dowels, and fittings that needed a temporary home. The solution in that shop and in any other is the same: a set of cheap trays staged near the work area, ready to catch whatever the project produces.
Before buying, check five things:
- Size. Large enough for the biggest fastener you handle, small enough to sit on the bench without crowding the work.
- Lip height. A shallow lip keeps parts visible and easy to grab; a deeper lip protects against knock-overs.
- Rigidity. Flexible trays are hard to move without dumping the contents.
- Stackability. Flat trays stack for storage between projects, which matters when bench space is tight.
- Cleanability. Smooth interiors and rounded corners wash out faster than textured ones.
Prices vary by region and by retail channel. Clearance events can drop simple trays below one dollar each, which makes a six-tray setup affordable enough to leave one at every work station. The table below compares the common options.
| Tray type | Typical size | Material | Best for | Typical price |
|---|---|---|---|---|
| Flat parts tray | 15 x 11 in | Polypropylene | Fasteners, small parts | $1 to $3 |
| Compartment organizer | 12 x 8 in | ABS or polypropylene | Sorted screws and anchors | $4 to $12 |
| Deep storage bin | 18 x 12 in | Polypropylene | Bulk stock, larger parts | $5 to $15 |
| Magnetic tray | 6 to 10 in diameter | Steel | Screws and bits at the bench | $5 to $12 |
| Cutlery-style bin | 18 x 6 in | Polypropylene | Long parts, work in progress | $3 to $8 |
One more consideration: buy extras. Trays are consumables in practice, even when they are not in theory. A cracked tray gets replaced instead of repaired, and a spare on the shelf costs less than a trip to the store mid-project.
Building a Parts Station Around Your Workflow
A parts station is only as good as its location. The goal is to put the tray within arm’s reach of the surface where most assembly happens, so sorting and grabbing become part of the motion instead of a detour across the shop.
- Pick a spot near the main assembly bench, not against the far wall.
- Clear the area and give each tray a permanent home.
- Label trays by project or by fastener type, and keep the labels visible.
- Reserve one tray for the current project’s hardware so nothing gets mixed in.
- After two or three projects, move anything that sits out of reach.
The station works better when the workshop around it works better. Lighting, power, and airflow set the comfort level for long sessions, and upgrades such as better flooring, electrical systems, ventilation and power tool choices change how much work gets done in a day. Workshop upgrades pay off when they are planned around how the space is actually used, not around a catalog of features.
Choose a Location
Put the station between the storage rack and the assembly bench. The fewer steps between grabbing a part and placing it, the more likely the system gets used. If the bench sits against a wall, hang a small shelf above it and keep the trays at elbow height, where the eyes and hands meet naturally.
Lighting and Power
Task lighting above the station reduces mistakes when sorting small fasteners, and a power strip at bench height keeps chargers and work lights off the floor. Both are cheap upgrades with immediate payback, and both make the parts station usable after dark.
Keeping Hardware Clean and Contained
Organization fails when trays fill with sawdust, metal filings, and stray bits. A cleaning routine matters as much as the storage itself. After each project, dump the trays, wipe them down, and return sorted fasteners to bulk storage so the next job starts with clean containers.
The shop vac is the workhorse of this routine. A shop vac pulls sawdust out of tray corners, cleans bench tops between tasks, and catches the small parts that always seem to escape. For a workshop of any size, a shop vac is as essential as the bench itself, and it is the fastest way to reset a messy station between projects.
A Cleaning Routine That Sticks
- Wipe trays after each project rather than waiting for a monthly cleanup.
- Vacuum bench surfaces before starting a new task.
- Return sorted hardware to labeled bulk storage once a week.
- Inspect trays for cracks and replace damaged ones before they spill a load.
For glue-ups and messy finishes, line the tray with paper or a cloth scrap. Tossing the liner cleans the tray in seconds and keeps adhesive off the plastic. The liner trick works for paint, epoxy, and any finish that hardens before you get to it.
Designing Storage Around Project Flow
The best workshop layouts put storage where the work happens. Watching a build reveals the bottlenecks: where parts accumulate, where the builder walks most, and where tools pile up. Workshop design lessons from professional shops and from shows like Ask This Old House point the same direction: keep frequently used items between waist and shoulder height, keep the distance between workbench and storage short, and leave room to stage an in-progress project.
Zone by Task
Divide the shop into zones: cutting, assembly, finishing, and storage. Give each zone the trays and bins it needs instead of buying one giant organizer that forces every task to the same spot. A cutting zone needs a tray for bits and blades; an assembly zone needs trays for hardware; a finishing zone needs trays for brushes and small parts.
Plan for Paused Projects
A tray that can be picked up and moved makes it possible to pause a project mid-build. Keep a dedicated in-progress tray that travels with the project, so a job interrupted on Tuesday can resume on Saturday without re-sorting anything. Stackable trays help here: the paused project’s tray sits on top, ready to grab.
A Workshop That Rewards Simple Systems
Some of the most respected builders in the country built careers on simple, repeatable systems. The Norm Abram workshop legacy is a reminder that craftsmanship depends on order: knowing where every tool and part lives, so the hands stay on the work. The New Yankee Workshop era taught a generation of builders that a clean, organized bench is not a luxury. It is a production tool.
A tray that costs less than a cup of coffee will not make anyone a better carpenter by itself. But a bench with contained hardware, a clean surface, and a place for everything turns wasted minutes into working time. That is the real return on a few dollars of plastic, and it is why the simplest storage systems outlast the tools around them.