The question
I run a 90-person metal stamping shop in Birmingham, AL and my welders are burning out on repetitive press loading, so how would a cobot be programmed and running on second shift?
The short answer
A cobot can take over repetitive press loading on second shift at a Birmingham stamping shop, and that frees experienced welders to weld. Programming is usually done by guiding the arm through the pick and place motions on the teach pendant or by lead-through, then tying those points to the press cycle signal and a supervised test run before anyone lets the cell run unattended. It is the wrong fit if your parts change shape often, if the blanks are heavier than the arm can carry at the reach you need, or if nobody will own the risk assessment that integration requires.
Key takeaways
- Press loading suits a cobot well because the motions repeat and the fixtures can be fixed in place.
- Programming is the easier part; fixtures, fault handling and the risk assessment decide second shift.
- Robot safety here follows ISO and ANSI standards, and the integrator is responsible for the risk assessment.
- Birmingham has recorded 90 degree heat in April and October, so check ambient ratings against the press room.
- Start with one press and one part family, then add cells once the night crew trusts the first one.
How is a cobot programmed for second shift at a Birmingham stamping shop?
A Birmingham stamping shop considering a cobot for press loading usually asks how hard the programming is. The motions themselves are rarely the hard part. Cobots are commonly taught by guiding the arm through the pick, place and return moves with the teach pendant, or by moving the arm by hand in lead-through mode and saving each point. The program then waits on the press cycle signal and a part sensor, so the arm moves only when the press is ready.
Second shift is where setup pays off or fails. Nobody on a night crew should be teaching points or chasing a shifting blank, so the fixture or feeder has to hold each part in the same place every cycle, and the gripper has to handle every part in the run. Plan a supervised test on the actual press with the actual dies, and run the full production mix before anyone leaves the cell alone.
The real second shift question is fault handling. Decide what the arm does when a blank jams, the grip misses or the press faults, and who gets the call. An arm that stops cleanly and waits for a person is the right result on a night crew. An arm that keeps cycling into a bad part is the wrong one, and the program has to prevent it.
Your own staff will still need to clear faults, change grippers and recall programs. Ask the integrator to train those tasks on your press before go live, and name a welder or maintenance lead who can do them on every shift.
What does press loading actually involve on second shift?
Press loading is a loop. An operator reaches to the stack, picks a blank, places it in the die or on the press bed, clears the finished part, stacks it, and repeats. The work is repetitive, it involves reaching, lifting and twisting, and it happens close to a running press. Those are the parts of the job a cobot takes over, along with the moves a person repeats most.
Before you pick a cobot, time the work yourself. Record the cycle time per part, the number of cycles per shift, how many part numbers run in a week, and the weight and size of the heaviest blank. Those four figures decide whether an arm fits, and the integrator will ask for them. I did not find verified hour counts for press loading in this search, so the only trustworthy hours are the ones from your own floor.
Note the parts that do not load cleanly, such as oily or burred blanks, parts that stick together in the stack, and parts that come in several shapes on the same run. Each one adds gripper work, a separate feeder or a fixture change that a cobot cannot design out on its own.
Loading often falls to whoever is free on a given shift, and that can pull experienced welders off the work they are trained to do. Moving the loading to an arm lets the welders weld, which is the skilled work your shop depends on.
Is a cobot safe to work beside a stamping press?
Robot safety does not come from one OSHA rule written for robots. According to OSHA's robotics standards page, there are no robotics-specific OSHA standards, and the page points to ISO 10218 and ISO/TS 15066 instead. The U.S. adoption of ISO 10218 parts one and two is ANSI/RIA R15.06-2012, and the U.S. adoption of ISO/TS 15066 is ANSI/RIA TR R15.606.
Those standards require a risk assessment for each integrated robot application, and the integrator is responsible for completing it. That matters a great deal in a stamping shop, because the press is the bigger hazard in the cell. The arm may be built to work near people, but the press point of operation still needs the guarding and controls it already requires.
Ask which edition of ISO 10218 and ISO/TS 15066 the assessment follows, and whether the standard has been revised since. The revision status was not checked in this search, so confirm it against the standards themselves. Get the written assessment before the cell runs unattended.
Include welders in the assessment. If a welder steps into the cell for setup, the cell has to stop safely around them, and that rule belongs in the same review as the press controls.
What does the Birmingham labor market look like for press work?
Manufacturing employment in the Birmingham metro is steady but not growing. According to FRED data from the Federal Reserve Bank of St. Louis, seasonally adjusted total manufacturing employment was about 40,500 in December 2025, down from about 41,100 in October 2025. Durable goods manufacturing in the same metro was 28,800 in December 2025.
The closest published group to a stamping shop is fabricated metal product manufacturing. Across Alabama, that group was about 27,900 in December 2025, according to the same FRED series. That figure covers the whole state, not Birmingham alone, and I did not find a verified count for metal stamping on its own.
The occupation outlook is tighter. According to the Bureau of Labor Statistics, employment for metal and plastic machine workers is projected to fall 7 percent from 2024 to 2034, with about 87,900 openings a year on average over the decade, mostly to replace workers who leave. That occupation covers press operators and machine tenders, not welders, and the projection is national, so treat it as direction, not a local forecast.
For your floor, each opening is a hire you must make, train and keep, and experienced operators who know the dies are hard to replace. A cobot will not replace that knowledge, but it can take the repetitive loading and keep the experienced person on setup and quality work.
Why does repetitive press loading wear out experienced welders?
Repetitive loading is hard on the body in ways that are easy to miss. The same reach, lift and twist repeated across a shift adds up, even when no single cycle looks dangerous. The injury data below covers all industries, so it is background, not a measure of your shop.
According to the Bureau of Labor Statistics, the all private industry total recordable case rate was 2.3 cases per 100 full-time-equivalent workers in 2024. The illness rate was 13.9 cases per 10,000 full-time-equivalent workers in 2024, down from 19.0 in 2023. I did not find a stamping or press operator rate in this search, so do not read these as your shop's rates.
Compare your own injury and illness records before and after the cell goes in. That comparison will tell you more about your floor than any national rate.
Adoption is rising. According to A3, North American robot orders totaled 36,766 units in 2025, up 6.6 percent in units. Growth at that scale is a sign the market is busy, but ask every integrator for reference sites that look like a metal shop, not only car plants.
How does Birmingham heat affect a second shift cobot?
Birmingham can reach 90 degree heat earlier and later in the year than many people expect. According to NOAA station data as presented by a third-party weather site, the earliest 90 degree Fahrenheit day on record was April 17, 1955, and the latest was October 20, 2016. Those are extremes, not averages, but they show that a press room can reach that heat in spring and fall, not just in July.
Check the arm and controller ambient operating range on the specification sheet against the temperature of the press room, not the outdoor forecast. Press rooms can run hotter than the outdoor air, so measure the cell during the hottest weeks before you commit.
Second shift runs into the evening, when the room may cool, but do not assume that. Log the cell temperature across the hours the arm will actually run, and include the heat that builds up over a long press run.
Dust and humidity from the press matter too. Ask the integrator how the arm and gripper are protected, and whether the cell needs a cleaning routine that fits the press schedule.
What does getting a cobot look like with us?
We are not tied to one manufacturer. We pick the arm that fits your press, lease it through financing, deploy and integrate it, train your staff, and service it nationwide through regional service engineers in every state we service. One partner covers the lifecycle, so you are not coordinating several vendors for one cell.
You get a fixed robot lease payment, and maintenance is included under our service plan. The lease is quoted after a free site assessment, so you do not commit to a figure before we have seen your press, your parts and your cycle data.
The site assessment maps the press area, measures the blanks, the press and the stacking space, and records your cycle data. That is also where the risk assessment begins, which is why we do not quote before we have walked the floor.
Expect the first step to cost you time, not commitment. Once the assessment is done, you get a quote and a plan for deployment, training and go live support, and you decide with the facts in front of you.
What should you check before you decide?
The answer changes with a few facts about your press and parts. Check these with the integrator and against your own records before you sign anything, and write down what you learn so the night crew, the welders and the owner work from the same plan.
If your parts change shape often, fixture changes may eat the time the arm saves. If the blanks are too heavy or the reach is too long for a collaborative arm, the cell may need a different arm or may stay manual. If the press cannot send a safe start signal to another machine, the integration scope grows, and that can change the answer.
A pilot on one press is the lowest risk way to learn. Start with one press and one part family, prove the fault response on second shift, then decide whether to add cells. Starting with one leased unit lets the night crew build trust before anything larger.
Plan for the welders from day one. If the loading hours disappear and nobody decides where those hours go, the team will feel a loss, not a gain. Write the welding and setup work into the plan before the arm arrives.
Frequently asked questions
Put a robot to work in Birmingham.
We walk your site, learn the job, and recommend the unit that fits. Then we quote the lease, deploy it, and keep it serviced.
Sources
- Bureau of Labor Statistics, Occupational Outlook Handbook, metal and plastic machine workers
- FRED, total manufacturing employment, Birmingham metro
- FRED, durable goods manufacturing employment, Birmingham metro
- FRED, fabricated metal product manufacturing employment, Alabama
- Bureau of Labor Statistics, Occupational Safety and Health news release
- A3 full year 2025 robot orders, trade press report
- OSHA, robotics standards
- NOAA station data, early and late 90 degree days for Birmingham, AL, as presented by a weather site