The short answer
Cobot ROI for cabinet shops comes mostly from machine tending: a collaborative robot arm loads and unloads a small CNC machine through repetitive cycles, so the machine keeps running while operators handle setup and finishing. The return depends on the share of loading hours the robot can realistically take over, how many shifts the cell runs with little or no staffing, and the lease cost quoted after a free site assessment. Savings are shown as a range, and our research found no verified cabinet-shop payback figure, so the shop's own logged hours should set the number.
Key takeaways
- Cobot ROI for cabinet shops comes mainly from machine uptime and freed operator time, not from fewer people.
- The calculator gives a savings range set by part mix, feed, shifts and utilization, never a promise.
- A machine tending guide at mfgrobots.com puts full payback at 12 to 24 months, and our research found no verified cabinet-shop figure.
- Logged loading hours from your own shifts matter more than any industry average.
- A free site assessment turns the range into a lease quote and a payback estimate for your floor.
Run the numbers for your site
Pick your city or state for a real regional number - we use the real BLS wage there. (On the live site this auto-detects from your location.)
What do you want to automate?
The cobot stacks the repetitive end-of-line pallets; your team handles changeover and QA.
What return can cabinet shops expect from cobots?
Cobot ROI for cabinet shops comes mostly from keeping machines cutting. A collaborative robot arm stands beside a small CNC machine, picks up a blank, places it in the fixture and removes the finished part while the cycle runs. The operator's time goes to setup, programming changes, first-piece checks and finishing, where judgment matters more than repetition.
The return shows up in three places: more machine hours per shift, fewer hours of repetitive loading and unloading by people, and less lifting and reaching at the machine. The first two carry the payback math. For injury context, Business Insurance, reporting BLS data, put the 2024 total recordable case rate for private industry at 2.3 per 100 full-time equivalent workers, down from 2.4 in 2023. The calculator does not price injury reduction, so treat it as a bonus rather than part of the number.
The calculator on this page is pre-filled for cabinet shops and shows a savings range, not a promise. The low end assumes the robot takes a modest share of the loading work. The high end assumes a cell that stays fed and runs steadily. The sections below explain what moves the number up or down.
How big is the cabinet industry and who works in it?
Cabinet making is a shrinking employer. According to FRED, which publishes BLS employment series, about 121,300 people worked in wood kitchen cabinet and countertop manufacturing (NAICS 33711) in 2025, down from about 134,700 in 2022. IBISWorld, a third-party estimate, puts Cabinet and Vanity Manufacturing employment at 105,415 in 2025 and projects 95,380 in 2026, a 1.1% decline.
IBISWorld also reports that industry employment fell about 2.8% on average over the five years from 2020 to 2025. Its average firm employs about 18 people (17.8). That average is the closest verified proxy we have for headcount, since the number of people loading machines at one site is not published. In a shop that size, one person standing at a machine is one person not setting up the next job.
Adoption runs the other way. A3 reported robot orders up 6.6% in 2025, with non-automotive demand outpacing automotive. The IFR reports cobots at 11% of industrial robot installations in 2025, about 66,000 units, in its President's Report, and an earlier IFR page put cobots at 10.5% of installed industrial robots worldwide in 2023. Our research did not find a verified national count of cabinet shops, so none is given here.
Median hourly wage, Laborers and Freight, Stock, and Material Movers, Hand
$4,380
Monthly cost of one full-time worker, at the median wage plus payroll costs (an estimate, not a quote).
Where does the robot work inside a cabinet shop?
The cell is small. Usually it covers one machine, one feed point and one outfeed point. Layout sets how long the machine can run without a person present, because a cell that runs out of blanks or has no room for finished parts stops the machine just as surely as a broken program does.
The cell usually splits into six areas, shown below. The stock rack and the loading point are where the robot's work sits. The fixture station, outfeed table, setup bench and finishing area are where the shop keeps its skilled work, and where the operator's time goes.
Keep the cell out of the path of carts and walkways. A collaborative robot can share space with people, but a busy aisle still causes pauses and slowdowns, and each pause cuts the hours the machine runs. Plan the cell before you plan the program.
Where does the labor return come from?
The labor side of the return is loading and unloading hours. The government wage data on this page covers Laborers and Freight, Stock, and Material Movers, Hand, the kind of work that moves parts into and out of a machine. The calculator prices those hours at the local wage for this job. It does not price the time of a machinist, a programmer or a finisher, because the robot does not take that work.
The second source is machine uptime. Our research found no independent study on it, but the pattern described in trade and vendor material is that one person supervises more machines rather than being removed from the payroll. That is how the return usually shows up on a job shop floor, and it is what the calculator treats as added machine hours.
Staffing is the other pressure. A staffing industry blog summarizing BLS data put the manufacturing quits rate at a monthly average of 1.4% in 2025, down from 2.4% in 2021. Lower quits mean steadier crews, but they do not make repetitive loading less tiring. The table below compares the robot and a person on the same loading work, point by point.
- Hours per shift
Cobot
Runs the cycle whenever the feed is stocked, including stretches with no one at the machine
Staff
Needs breaks, handoffs and shift changes, and works one part at a time
- Consistency
Cobot
Repeats the same loading motion on every cycle with the same fixture
Staff
Consistent when rested, but fatigue and distraction show up late in a long shift
- Changeovers
Cobot
Needs reprogramming and fixture changes for each new job
Staff
Handles unusual parts and fast job changes better, often with less setup time
- Judgment and quality
Cobot
Checks only what it is set up to check
Staff
Spots tool wear, surface defects and fit problems by eye and feel
- Cost basis
Cobot
Lease cost set by quote after a site assessment, plus service
Staff
Priced at the local wage for this job, covered by the government wage data on this page, plus benefits
- Availability
Cobot
Can run unattended in a cell with a stocked feed rack and proven programs
Staff
Available for the shifts the shop staffs, with turnover to manage
How does the payback math work?
The core math has three inputs. First, the hours of loading and unloading the robot takes over each week. Second, the share of that work it can realistically handle, since not every part fits the cell and not every cycle runs clean. Third, the lease cost, which comes from a quote after a site assessment, spread across the lease term.
Multiply the hours the robot takes over by the local wage for this job from the government wage data on this page. Add the value of extra machine hours where the shop can actually use them, such as running an unattended stretch that was idle before. Then compare the total against the lease and integration cost. The point where cumulative gain covers that cost is the payback period.
Two warnings. A high share on paper often drops in practice, because the robot waits on a person to restock or on a part that does not fit the fixture. And payback stretches when the cell runs fewer shifts than planned. Build the math from logged hours, not from hopes.
What hours does the robot actually take over?
The table below breaks the machine tending work into tasks. The hour figures are not verified for cabinet shops. Replace them with a time study from your own floor before they go into the calculator.
Most of the hours that move to the robot are the repetitive ones: placing blanks, removing parts and stacking them, and waiting at the machine during reloads. Setup, first-piece checks and finishing stay with people, because they need judgment that a robot does not bring to the job.
A shift-by-shift walk-through will show more than any average. Time each loading cycle across a full shift, note the idle minutes at the machine, and count how many of those came from loading rather than from the program.
| Task | Today | With a robot |
|---|---|---|
| Place blanks into the fixture | Operator time at every cycle, all shift | Arm places each blank while the operator restocks the rack |
| Remove and stack finished parts | Operator time at every cycle, plus stacking | Arm stacks parts on the outfeed table in order |
| Stop the machine to reload | Idle spindle time while the operator reloads | Feed rack staged ahead so the spindle waits less |
| Set up the next job | Operator time on setup and first-piece check | Operator still does setup and first-piece check |
| Finishing and assembly | Operator time on finishing and assembly | Stays with people |
Times are not published for cabinet shops, and our research found no verified hour figure for this task list. Replace these rows with a time study from your own floor.
What changes the number up or down?
Part mix matters first. A shop running a few part numbers in long runs gets many more cycles per changeover than one running many short jobs, and every changeover is time when the robot has to be reprogrammed or refixtured. Feed design is next, because a rack that runs dry is a stopped machine.
Shift pattern decides how many hours of coverage the cell can add. A cell that runs only while an operator is on hand gains less than one that runs unattended for part of the night. Utilization is the last big lever. A machine that sits idle for long stretches gives the robot little to do, and the savings range should reflect that.
Check these items before comparing any lease quote.
What are the risks to the return and how do you avoid them?
The biggest risk is overestimating the share of work the robot can take. Parts that need hand deburring, rework or unusual handling stay with people, and a cell that handles only part of the work returns less. Plan the share from the parts that actually run in a typical week, not from the easiest part in the catalog.
The second risk is downtime. A cell that waits for service, or a fixture that needs adjusting, can cost more hours than it saves. We service the robots nationwide, and the lease quote should spell out response times, what is covered, and what happens to the cell while a unit is repaired.
Three myths come up often. The answers below reflect what the research shows and what it does not.
What is a realistic timeline from assessment to payback?
A realistic sequence runs from a free site assessment to a lease quote, then to integration, staff training and a go-live period. The payback clock starts when the cell runs steadily, not on installation day. Early weeks are slower while the feed, fixtures and program get tuned, and that dip belongs in the math.
A machine tending guide at mfgrobots.com states that most systems reach full payback in 12 to 24 months, without naming a study. Our research found no verified cabinet-shop payback figure, so treat that range as a general reference and let your own logged hours set the timeline.
Starting with one cell gives the payback model real inputs. After the first full run you have measured loading hours, measured feed gaps and measured uptime, and those numbers are worth more than any estimate made before the robot arrived.
How do you get a precise figure from a free site assessment?
The calculator gives a range from the figures on this page. A precise number needs the shop's own data: logged loading hours, part mix, shift pattern, machine uptime and the feed setup. A free site assessment collects those inputs, maps the cell and checks whether the layout fits the work.
After the assessment you receive a lease quote for the robot, service and integration, along with a payback estimate built from your floor. Ask that the quote state the lease term, what service is included, and what happens when a unit needs repair. A quote without those lines is incomplete.
Bring a week of shift notes, the parts list for the next year and the list of machines you want to tend. With those, the range on this page can become a number your team can check against its own records.
Frequently asked questions
Want a cobot at your cabinet shop?
Tell us about your site. We will recommend the robot, quote the lease, and keep it serviced.
Sources
- US Bureau of Labor Statistics, Occupational Employment and Wage Statistics (OEWS May 2024)
- FRED, BLS employment series for NAICS 33711
- IBISWorld, Cabinet and Vanity Manufacturing
- BLS chart, nonfatal injuries and illnesses by industry
- Business Insurance, BLS 2024 work injury report
- A3 robot orders 2025, via Powermotion Technology
- IFR President's Report 2026
- Staffing industry blog summarizing BLS quits data
- mfgrobots, machine tending guide