Solving Labor Shortages With Turnkey Automation: A Practical Manufacturing Guide

Walk through almost any manufacturing facility today, and you’ll hear a similar concern.

Machines are ready. Orders are coming in. Production targets are set.

But finding enough workers to keep everything moving has become much harder.

A position opens. Weeks pass. Sometimes months. Applications are limited, and experienced candidates can be even harder to find.

Many manufacturers are discovering that labor shortages aren’t temporary disruptions anymore. They’re becoming part of everyday operations.

That reality is forcing a new question.

If hiring alone can’t solve the problem, what can?

For many companies, the answer is automation.

Not because they’re trying to remove people from the factory floor. Quite the opposite. They’re looking for ways to help existing teams do more, reduce pressure on workers, and keep production running smoothly.

That’s where turnkey automation comes in.

It offers a practical way to address staffing challenges while building a stronger, more reliable operation.

• Labor shortages are creating ongoing challenges across manufacturing.
• Automation can help factories maintain production with fewer staffing disruptions.
• The best automation projects support workers instead of replacing them.
• Training employees alongside automation often leads to better results.

Why Labor Shortages Are Hitting Manufacturing Hardest

The manufacturing labor shortage is affecting factories in ways that many industries don’t experience.

Manufacturing relies on skilled workers who understand equipment, production processes, quality standards, and safety procedures.

Those skills take time to develop.

At the same time, many experienced workers are reaching retirement age. Fewer younger workers are entering manufacturing careers, and competition for skilled talent continues to grow.

The result is a widening gap between available jobs and available workers.

According to Deloitte and The Manufacturing Institute, approximately 1.9 million manufacturing jobs could remain unfilled over the next decade if workforce challenges continue. The statistic highlights the scale of the issue facing manufacturers today.

Source: https://www.deloitte.com/us/en/insights/industry/manufacturing-industrial-products/manufacturing-industry-outlook/2025.html

For manufacturers, labor shortages often lead to:

• Production delays
• Increased overtime
• Employee burnout
• Missed growth opportunities
• Higher recruiting costs

Many companies continue hiring aggressively. Still, hiring alone may not fully solve the problem.

That’s why automation is becoming part of the conversation.

How Automation Closes the Workforce Gap

What Is Automation for Labor Shortage?

Automation for labor shortage means using automated systems to handle tasks that are repetitive, difficult to staff, or prone to delays.

The goal isn’t simply to reduce labor costs.

The goal is to help manufacturers maintain production when workers are difficult to find.

• Think about a production line where employees spend hours moving products between stations.
• Or a packaging area that constantly struggles with turnover.
• Or an inspection process that slows down production during busy periods.

These are often strong candidates for automation.

By automating repetitive work, companies can free employees to focus on tasks that require experience, problem-solving, and decision-making.

That’s one reason many manufacturers see automation as a solution to the growing automation workforce gap.

What Tasks Should You Automate First?

One of the biggest mistakes companies make is trying to automate too much, too fast.

A better approach is to identify the tasks to automate first.

The strongest opportunities usually share a few characteristics.

The task is:

• Repetitive
• Time-consuming
• Difficult to staff
• Physically demanding
• A frequent source of errors

Before investing in automation, ask a few simple questions:

1. Which tasks require the most overtime?
2. Where do staffing shortages cause delays?
3. Which jobs have the highest turnover?
4. What activities add the least value but consume the most time?
5. Where do quality issues happen most often?

The answers often point directly to the best automation opportunities.

Automation Priority Guide

Production Task	Why It Works Well for Automation	Business Benefit
Material handling	Repetitive movement of products	Faster workflow
Packaging	Consistent and repetitive process	Higher throughput
Machine tending	Predictable task sequence	Better equipment utilization
Inspection	Requires consistency	Improved quality control
Product transfer	Creates bottlenecks when understaffed	Smoother production flow

Starting with one area allows manufacturers to measure results before expanding automation to other parts of the operation.

Cobots and Human-Machine Collaboration

When people hear the word “robot,” they often imagine machines replacing workers.

Today’s reality is often very different.

The rise of the cobots workforce model has changed how many factories approach automation.

Cobots, or collaborative robots, are designed to work alongside people rather than operate separately from them.

This creates a partnership between human skills and machine consistency.

For example, a cobot might:

• Load materials into the equipment
• Move products between stations
• Handle repetitive assembly steps
• Perform routine inspections

Meanwhile, employees focus on monitoring processes, solving problems, and improving production.

It’s a practical division of labor.

The robot handles repetitive work.

People handle the tasks that require judgment and experience.

Many manufacturers find that employees appreciate having repetitive and physically demanding work reduced.

Will Automation Replace Workers?

This is one of the most common concerns surrounding automation.

And the simple answer is, “No”.

At least not in the way many people imagine.

The phrase automation replace workers often creates the impression that factories are eliminating large portions of their workforce.

Yet many manufacturers implementing automation are actually struggling to find enough workers.

In these situations, automation helps fill operational gaps.

Instead of replacing employees, automation often changes how they spend their time.

A worker who previously spent an entire shift moving materials may transition into:

• Equipment monitoring
• Quality verification
• System operation
• Troubleshooting
• Process improvement

The role evolves.

The employee becomes more involved in managing production rather than performing repetitive manual work.

That’s an important distinction.

Upskilling Your Team Alongside Automation

Technology alone doesn’t solve labor challenges.

People remain essential.

That’s why successful manufacturers often combine automation projects with workforce development initiatives.

This process is commonly called upskilling automation.

As automation becomes part of daily operations, employees need training to work with new systems.

That training may include:

• Equipment operation
• Basic programming
• Safety procedures
• Troubleshooting techniques
• Performance monitoring

Companies that invest in employee training often see smoother automation rollouts and stronger long-term results.

• Workers gain new skills.
• Businesses gain more flexibility.
• Everyone benefits.

One common misconception is that automation reduces the need for skilled employees.

In reality, automation often increases the demand for workers who can operate, maintain, and improve automated systems.

Real Examples of Labor-Shortage Wins

A Common Manufacturing Scenario

Imagine a manufacturer that can’t consistently fill positions responsible for moving products across the production floor.

• Every month brings the same challenges.
• Open positions remain vacant.
• Existing employees work overtime.
• Production schedules become harder to maintain.
• Eventually, management decides to automate material transfer between production stations.
• The results are noticeable.
• Products move more consistently.
• Workers spend less time on repetitive transportation tasks.
• Supervisors spend less time covering staffing gaps.
• Production becomes more predictable.

This type of labor shortage automation example is becoming increasingly common across manufacturing.

The lesson is simple.

Automation works best when it removes bottlenecks and supports existing teams.

How to Make the Business Case

Building an automation business case labor strategy requires more than looking at labor costs alone.

A strong business case typically focuses on four areas.

1. Labor Availability

How difficult is it to fill open positions?

If hiring challenges continue, production risks increase.

2. Operational Costs

Consider:

• Overtime expenses
• Recruiting costs
• Employee turnover
• Training requirements

These costs can add up quickly.

3. Productivity Improvements

Automation may help increase:

• Throughput
• Equipment utilization
• Production consistency

Even small gains can create significant value over time.

4. Quality and Reliability

Automated systems perform repetitive tasks the same way every time.

That consistency can reduce:

• Rework
• Scrap
• Production interruptions

When these factors are combined, the value of automation often becomes much clearer.

Common Mistakes to Avoid

Not every automation project succeeds.

Some challenges are surprisingly common.

Do’s and Don’ts

Do	Don’t
Focus on real production problems	Automate simply because others are doing it
Start with high-impact tasks	Try to automate everything at once
Train employees early	Ignore workforce development
Measure results carefully	Focus only on labor savings
Plan for future growth	Design systems only for today’s needs

Another mistake is automating a process that already has workflow problems.

Automation can improve a process.

It rarely fixes a broken one.

That’s why evaluating workflows before implementation is so important.

Looking Beyond Labor Shortages

Many manufacturers begin exploring automation because they need help solving staffing challenges.

What they often discover is that the benefits extend much further.

Automation can also improve:

• Production visibility
• Quality consistency
• Operational reliability
• Workplace safety
• Long-term scalability

In many cases, labor shortages become the reason a company modernizes operations and becomes more competitive overall.

That’s why automation is increasingly viewed as a long-term business strategy rather than a short-term staffing solution.

Conclusion

The conversation around automation for labor shortage continues to grow as manufacturers face ongoing workforce challenges.

Finding qualified workers remains difficult for many facilities. At the same time, production demands aren’t slowing down.

Turnkey automation offers a practical path forward.

By automating repetitive tasks, reducing bottlenecks, and supporting existing employees, manufacturers can build more reliable operations without depending entirely on new hiring.

The most successful projects focus on balance.

Technology handles repetitive work.

People provide expertise, oversight, and problem-solving.

For manufacturers evaluating automation opportunities, working with an experienced integration partner can help simplify the process and reduce implementation risks. RBR Automation helps manufacturers design and deploy custom turnkey automation systems that improve productivity, strengthen operational reliability, and support long-term growth.

Frequently Asked Questions