Food Plants Turn to Automation to Fill Jobs, Not Cut Them

Food Plants Turn to Automation to Fill Jobs, Not Cut Them

U.S. food manufacturers are deploying robots and AI not to replace workers, but to cover positions they cannot fill. The sector faces a structural labor shortage that could leave up to 1.9 million manufacturing jobs unfilled by 2033, according to projections from Deloitte and The Manufacturing Institute.

The research, based on surveys of more than 200 U.S. manufacturers and labor supply analysis, reveals an applicant gap as much as a skills gap. Roles remain open because no one is applying, not because candidates lack qualifications. Meanwhile, food processing plants continue running around the clock on thin margins, with work that is cold, repetitive, and difficult to staff.

Why it matters

The chronic labor shortage transforms automation from a productivity tool into a capacity constraint. For food industry executives, this shifts workforce planning from an HR function to a capital allocation decision that directly affects growth potential. Plants that cannot staff existing lines cannot expand, making automation deployment a strategic imperative rather than an optional efficiency gain.

Robots Cover the Hardest-to-Staff Positions

Automation in food manufacturing targets the tasks that are most repetitive, physically demanding, or chronically vacant. Collaborative robots, or cobots, priced around $30,000, can handle picking and sorting without breaks, covering stations plants struggle to fill while allowing existing workers to focus on quality control and food safety.

One supplement manufacturer redeployed autonomous mobile robots for material handling after finding that paying people to transport materials around the facility was capping productivity. The robots took over repetitive intralogistics work, freeing skilled staff for higher-value tasks.

Global industrial robot installations reflect this trend. The International Federation of Robotics reports 4.66 million industrial robots in operation worldwide as of 2024, up 9% year-over-year and more than double the rate from a decade ago. General industry, including food processing, has overtaken automotive as the largest application area.

Task Restructuring, Not Job Elimination

While automation does displace some roles, the World Economic Forum's Future of Jobs Report 2025 projects technology will displace approximately 92 million roles globally by 2030 while creating 170 million new ones—a net gain of 78 million jobs. The survey of more than 1,000 employers found that 41% expect to reduce parts of their workforce as AI automates tasks, but 77% plan to prioritize upskilling.

For manufacturing specifically, automation reduces demand for routine assembly work while increasing demand for workers who can operate, maintain, and program sophisticated production systems. The roles climb the skill ladder rather than disappear.

Practical Steps for Food Executives

Food manufacturers should map chronic vacancies first, identifying roles that stay open longest and tasks that cause burnout. These represent the highest-value automation targets because they address gaps rather than displace people.

Budget for training alongside technology purchases. Hybrid production floors only function when workers can operate and maintain equipment. Automation without upskilling plans typically underdelivers.

Where automation frees workers from repetitive tasks, redeploy them toward quality, oversight, and continuous improvement—the work machines handle poorly and that the WEF data shows is growing.

Finally, treat workforce planning as a board-level constraint. With demographic trends fixed and the gap structural, staffing capacity now shapes growth potential and belongs in capital conversations, not just HR reviews.

These details were first reported by Food Industry Executive.