The question
Our pallet plant turns away truck pallet orders because the nailing lines stop whenever our one board feeder is out sick; could a cobot take the board feeding so the lines keep running?
The short answer
A cobot can take board feeding at a pallet plant nailing line, but only as a backup for absences and only if its cycle time keeps up with the line. We have found no published case of a cobot doing automated board infeed on a nailing line, so treat this as a pilot question, not a sure fix. If the line runs faster than a cobot can feed it, or if the stoppages come from machine faults rather than absences, a cobot is the wrong fit. If the gap is a missing person on the shifts, a cobot feed station can keep the nailing lines running while the regular feeder is out.
Key takeaways
- A cobot fits best as backup for feeder absences, not as a replacement for a fast automatic feeder.
- We found no published case of a cobot doing automated board infeed on a nailing line, so test it on your own line.
- Cycle time measured against the line's feed rate decides whether the nailing lines keep running.
- Guarding for any cobot near a nailer follows the collaborative robot standard and your own risk assessment.
- Lease quotes follow a free site assessment, so measure your stoppages before you decide.
Can a cobot handle board feeding on a pallet plant nailing line?
At a pallet plant, board feeding is the step where a person or machine places boards into the magazine that feeds the nailing line. When the one person who does it is out, the line stops, and every truck order that depends on that line waits. A cobot is a collaborative robot arm that can pick boards and place them into a fixture at a pace set by its program, so it is a plausible candidate for the feeding step.
The useful question is not whether a cobot can pick up a board. It is whether a cobot feed station can keep pace with the nailing line, handle the board sizes you run, and catch bad boards without someone standing beside it. A feeder does more than move wood. That person notices splits, warp and mixed lengths, and clears small jams before they become line stops, and a cobot does not make those calls on its own.
Your real problem is coverage. If the line needs one trained person and that person is out, the fixes are a second trained person, a cross-trained spare or a machine that covers the gap. A cobot is one of those options, and it is worth testing only if the numbers close for your nailing lines.
How many pallet plants are there and what are they like?
The count depends on the definition. A figure of more than 5,000 pallet companies, from the National Wood Pallet and Container Association and cited in a 2013 article, may include repair and recycling operations, according to Wood Working Network. Other estimates differ, so treat any single number as a rough guide to how many plants you compete with.
Output is large. A Virginia Tech research brief reports about 919 million new pallets produced in 2021, about 75% above 2016. The same work says its 2021 survey went to 2,319 pallet and crate companies, and the authors note that adding an association member database may have skewed results toward larger producers, so small plants may be underrepresented.
Jobs are large too. A 2019 economic study commissioned by the National Wood Pallet and Container Association says the industry directly or indirectly supports more than 173,000 jobs. That is an association-reported figure, so read it as the industry's own view of its reach.
Where has automation already reached pallet nailing lines?
Automation has reached the nailing step in some European plants. According to a trade article on European pallet companies, one Swedish plant runs a robotic line for lots under 2,000 pallets and an automated nailing line for larger runs. In that line, a robot takes deckboards and nails them one at a time.
The same article describes another plant using a dual-robot system for large, odd-sized pallets. Those are integrated systems built around a particular pallet mix. They show that robots can handle variation, but they do not show that a cobot can feed an existing line.
We did not find a published source describing a cobot doing automated board infeed or magazine loading on a pallet nailing line. The cobot examples we found were about palletizing boxes at the end of a line. That gap is the reason to test before committing.
Can a cobot keep up with a nailing line?
Pace is the first test. A nailing line sets a feed rate, and a feeder that falls behind creates the same stoppage you have now. A cobot runs at the speed its program allows, so the question is whether pick, place and return motions together match the line's cycle at your board sizes.
Board variation is the second test. Boards from a mixed run vary in length, width and condition. A cobot needs a program and gripper set for each range, and every changeover adds time. A person adjusts by feel and eye as the order changes, and that flexibility is hard to program, so plants with narrow size ranges have an easier case than plants that run many sizes each day.
Quality is the third test. A feeder catches splits and warp before they reach the nailer. A cobot can be fitted with sensors, or a person can check at the magazine, but neither removes the work entirely. Name an owner for board quality even when the cobot does the handling.
- Coverage when the regular feeder is out
Cobot
Runs on any shift once someone is assigned to watch it, with no sick days
Staff
Covers only when present and trained for the job
- Pace
Cobot
Holds the speed its program allows, which must match the line's feed rate
Staff
Speeds up and slows down with uneven boards
- Judging board quality
Cobot
Needs sensors or a person to catch splits and warp
Staff
Spots defects by eye and feel as boards pass
- Changeover to new board sizes
Cobot
Needs a program and gripper change for each size range
Staff
Adjusts by hand as the order changes
- Safety near the nailer
Cobot
Depends on guarding and the risk assessment
Staff
Depends on training, habit and judgment
What safety rules apply to a cobot next to a nailing line?
The standard to know is the revised R15.06-2025 industrial robot safety standard, published by A3 and ANSI and adapted from ISO 10218-1:2025 and ISO 10218-2:2025. It recognizes three collaborative technologies: power and force limiting, hand guiding, and speed and separation monitoring. Which one fits a feed station depends on the application's risk assessment, not on the robot's label.
Wood products work carries real injury risk. The Bureau of Labor Statistics reports a total recordable case rate of 4.2 per 100 full-time workers for wood product manufacturing (NAICS 321), and 1.5 for cases with days away from work. The table does not clearly label the year, and BLS notes a series break from 2023 data onward, so read the figures as a general level rather than a trend. We did not find a pallet-specific rate.
A collaborative label does not cover a nailer by itself. Guarding around the nailing point and the feed path is usually still part of the design, and the layout should keep hands out of the nailing zone. Confirm force and pressure limits against the standard text itself before relying on them, and bring your safety team into the risk assessment early.
How much risk does one absent feeder put on the line?
A single absence stops production only when nobody else on the shift can feed. That makes staffing the root of the problem. According to the Federal Reserve Bank of St. Louis, seasonally adjusted total separations in durable goods manufacturing ran between 2.1% and 2.3% each month from October 2025 through February 2026. Separations include quits, layoffs and other exits from a job.
Those rates cover durable goods manufacturing, not pallet plants specifically, and we did not find a pallet plant turnover figure. Still, a line that depends on one trained feeder is exposed to every exit and sick day that the rest of manufacturing faces, with no second person to cover.
A cobot is a coverage tool. It does not fix a training gap or a thin roster. If absences are the only problem and the feeder is the only trained person, a cobot station plus cross-training both reduce the risk. If the feeder is overloaded on every shift, a machine may not fix the underlying labor plan.
Should we lease a cobot or fix the staffing first?
Both can be true at once. Cross-training a second feeder takes time but needs no new equipment and gives you a human backup. A cobot feed station adds a machine that works when the person is out, but it needs integration, guarding and an operator to watch it. The sensible order is usually to try the people fix first, then test a cobot on whatever gap remains.
Leasing changes the math on timing. We lease robots through financing, and the lease quote follows a free site assessment, so you see the figure for your own line before you commit. That lets a plant start with one unit and a defined test rather than a plant-wide change.
Ask for a pilot that measures stoppages before and after. Count the stoppages caused by absence, the stoppages caused by machine faults and the stoppages caused by board problems. A cobot addresses the first group only. If machine faults dominate, the right move is feeder maintenance, not a new machine.
What does a pilot look like, and who services the robot?
A pilot starts with a site assessment, where we measure the line's feed rate, board sizes, floor space and power, and map where a feed station would sit. We then select the robot and feeding setup for that site, lease it through financing, deploy and integrate it with the line, and train the staff who will run it.
Service matters as much as the robot itself. One partner handles the selection, lease, integration, training and service for every unit we deploy. Our service plan is backed by regional service engineers in every state we service, with on-site dispatch and remote triage, so a fault does not become a week of waiting. Before the pilot starts, we also work out what covers the line when the cobot is down.
Go-live support runs through the first production shifts, when unfamiliar problems tend to surface. Keep your existing feed process in place during the pilot so the nailing lines are never without a plan. Review the stoppage counts at the end of the pilot period and decide from those numbers, not from the demo.
Frequently asked questions
Want a cobot at your pallet manufacturing plants?
Tell us about your site. We will recommend the robot, quote the lease, and keep it serviced.
Sources
- Bureau of Labor Statistics, wood product manufacturing (NAICS 321)
- Federal Reserve Bank of St. Louis (FRED), durable goods manufacturing total separations rate
- A3 and ANSI, revised R15.06-2025 industrial robot safety standard
- The Robot Report, reporting IFR figures on US robot installations
- Virginia Tech research brief on pallet and crate production
- Wood Working Network, citing National Wood Pallet and Container Association
- Pallet Foundation, association-commissioned economic study of wood packaging jobs
- Pallet Enterprise, article on European pallet company automation