How Autonomous Forklifts Can Benefit Canneries

How can autonomous forklifts for canneries help during packing season?

Autonomous forklifts for canneries take over the repeat pallet moves that build up when packing season starts. A driverless forklift carries finished cases from the end of a packing line to warehouse racking, or from racking to the dock, along routes it learns during setup and follows every shift. Your crew keeps the work that needs judgment, such as changeovers, quality checks and decisions about damaged cases.

The fit is strongest where moves repeat. Finished cases leave the same lines, travel the same aisles and land in the same racking zones for weeks at a time, and that repetition is what a driverless truck handles well. One-off moves that change every hour are a poorer match and usually stay with people, which is why the first step is a look at your actual routes rather than a general pitch.

The practical gain is not a smaller headcount. It is that the same crew can keep up with a packing peak without stretching shifts or pulling people off the line to move pallets. Cannery volume often swings sharply through a season and then settles, so the equipment has to suit both the peak and the quiet months.

What does pallet movement look like at a cannery today?

In most canneries the pallet work is done by the same people who run the line, support changeovers and handle inbound cartons. During the packing peak, finished cases stack up at line exits, get staged, then move to racking in a long chain of short trips. The drivers who are good at the job become the bottleneck, and overtime fills the gap.

Staffing data shows how steady the underlying workforce is. According to the BLS series for NAICS 31142, fruit and vegetable canning, pickling and drying as published on FRED, employment in the industry was 99.036 thousand in 2022, 97.711 thousand in 2023, 93.614 thousand in 2024 and 96.386 thousand in 2025. The national count has stayed in a fairly narrow band, so the pressure on any one plant is mostly a local hiring question about who can run a forklift in peak weeks.

A third-party estimate from IBISWorld puts employment in canned fruit and vegetable processing at 76,554 people in 2024, using its own industry definition, so that count should not be compared directly with the BLS series. The NAICSList directory lists 1,003 companies under the industry, though it gives no date for that count. Taken together, the figures describe a large number of plants that face the same seasonal crunch.

Turnover adds to the strain. According to Manufacturing.net, citing McKinsey, manufacturing turnover runs at up to 36.6% per year. When turnover runs that high, every new driver has to learn the same routes again, and the knowledge leaves with each departure. Repeat moves are the easiest work to automate for that reason.

What are the main benefits for a cannery?

First, steadier flow out of the line. Cases leave the line exits on a schedule set by the route rather than by whether a driver is free, so finished goods reach staging before the next run backs up the line. Supervisors see fewer stoppages caused by full line exits, and the line runs more evenly through the shift.

Second, crew focus. People who used to spend long stretches driving the same aisles can cover quality holds, trailer loads, damaged pallets and changeover support. That puts experienced staff where their judgment matters most during a peak, when they are hardest to replace.

Third, aisle safety. Fewer manned forklifts run the same routes past line workers during a peak, and the units follow set paths. Each benefit depends on how well the routes are mapped, which is why the site assessment comes first.

How does the robot work there day to day?

The day starts with the route list. The crew lead clears loose pallets and debris from the aisles, then the units take their first assignments as the lines start. Each unit picks up full pallets at a line exit, confirms the pallet at the staging bay and carries it to the assigned racking lane. Empty pallets travel the other way to the line feeders.

A fleet screen shows the queue, unit status and any route that is slowing down. When a unit needs a battery cycle, it is scheduled around a break so one unit stays on the route. Move logs go to the shift lead at the end of the day, showing where pallets waited and where routes need adjusting before the next packing run.

The same daily rhythm is what makes the first week manageable. Staff learn the screen, the exception steps and the manual fallback in training, and the logs give the team concrete points to review rather than general impressions.

Which areas of a cannery does the robot cover?

The robot works in the areas where cased goods and packaging move on repeatable routes. Most of the value sits between the line exits, the staging bays and the racking, but inbound and outbound lanes add hours to the picture. Each area is mapped during the site assessment, and areas with irregular loads stay with people.

Six areas usually matter in a cannery, and the site assessment decides which of them go into the first route plan. Staging and racking tend to be the first routes added, with receiving and quality holds joining once the crew has the routine running well. The zones below show the typical areas and what happens in each.

How does it work alongside existing staff?

A cannery using a robot still needs a crew, and the robot plus a smaller team is the model we plan around. The robot takes the repeat runs, while people handle trailer loads, damaged pallets, quality holds, line changeovers and any move the route does not cover. Operators keep the final say on what moves and when.

We pick the right robot for the site, lease it through financing, deploy and integrate it, train the staff and service it nationwide. Training covers the fleet screen, exception handling, the manual fallback route and daily checks, so the people who already know the plant can run the system from the first week.

Roles shift during a season. A driver who spends the peak on exceptions may return to full driving once the packing run ends, and the team plans those changes ahead of time. The crew does not disappear. Their hours move from repeat runs to the work that depends on experience.

What drives the savings, and what range should you expect?

Savings come from hours. The main ones are driver hours spent on repeat moves, overtime hours added during packing peaks, and hours lost re-staging pallets that were put in the wrong lane. Your own baseline, measured during the site assessment, sets the range for your plant, and we do not promise a figure before that measurement is done.

Published figures show how long driverless lift trucks run in food plants, which is a different question from savings but one that shapes the plan. According to a trade press article on a driverless lift truck at a Danish fish plant, the unit ran routine tasks 16 hours a day at three workstations. A figure like that is a reminder that the route plan, staffing and charging schedule decide how much of the day the unit spends working.

Hours are worth most when they are weighed against the peak. Driver hours matter a great deal when the packing run is stacked on the same crew, and much less during a quiet month. The baseline shows which shifts carry that weight in your plant.

What can the robot not do?

The robot does not handle every move in a cannery. It works on mapped routes with repeatable loads, so irregular pallets, damaged cases, mixed loads that change every hour and trailer loading still need people. It also does not replace line judgment, sanitation decisions or quality release.

It needs a clear route, level floors and a set staging method to perform well. A site with frequent layout changes will need the routes updated, and a pallet left in the wrong place can block an aisle until someone clears it. The site assessment reports what would need attention before go-live.

Peak weeks also raise the stakes of any breakdown. Every route needs a manual fallback so product keeps moving while a unit is down, and that fallback has to be practiced before the peak starts, not during it.

How do canneries get started?

The first step is a free site assessment. We map the routes, measure the aisles and racking, check floors and staging, and talk through your packing calendar. That visit produces the route plan and the hours baseline that the rest of the project depends on.

The lease is arranged through financing, and the payment comes in the quote after the site assessment, so you see the numbers for your own routes before you decide. Deployment and integration follow, with go-live support on site and service nationwide after that. Many plants start with one leased unit on the busiest route and add units as the crew gets comfortable.

Plan the timing around the packing calendar. Starting the project in a quiet month gives the crew time to learn the screen and the fallback before the peak, which is the easiest way to avoid a rushed first season.