By Emily Newton, www.revolutionized.com
Robotics advancements have dominated recent headlines, and many advocates believe these innovations could make manufacturing plants more efficient. Whilst that outcome is possible, achieving it is not as simple as implementing robots into the workflow and hoping for the best.
The likelihood of increased efficiency
Automation technologies represent significant investments, and many decision-makers want to feel confident that they will get the expected payoffs after allocating portions of their budgets to robots and taking the time to incorporate them into existing processes. Whilst people cannot predict the future with certainty, small-scale trials can show that it is worthwhile to keep using robots or scale up their applications in factories.
For example, in an Australian beef processing plant, cobots help workers by picking up primal cuts and putting them into vacuum-packed cartons. Leaders have launched this trial to see if the robots could increase workers’ accuracy. They have already seen positive results, especially since the robots can identify the correct products and package them appropriately.
Trials like this one can set people’s expectations and help them assess whether it is worth their time and effort to scale up their use of robotic technologies. These purposeful tests can also reveal instances where certain tasks or processes take longer than expected after the introduction of robots.
These advanced machines will not automatically improve how people work. However, company representatives are more likely to notice the advantages when employees have ample opportunities to give feedback about what works well and which things they can do better without robots’ help.
Reducing workers’ autonomy
One of the often-discussed benefits of robotic technology in manufacturing is that it can improve consistency and reduce errors. Indeed, robots do not get distracted or tired like humans do. However, people working alongside them can perform lower-quality work for various reasons.
A 2024 study indicated that the increased robotisation of workplaces has caused workers to have less self-determination and feel a decreased sense of meaningfulness. These effects were more pronounced in people assigned to routine tasks — such as working on assembly lines — compared to those doing clerical or computer-based work.
The research team clarified that doubling a workplace’s robotisation lowers work meaningfulness by .9% and causes a 1% drop in employee autonomy. While those changes seem small, they can become significant in industries heavily dependent on robotics.
The study’s data showed that food and beverage are the fifth most dependent industries on robotics. Additionally, researchers found that — in the most automated industries — robotisation could cause a 7.5% decrease in worker autonomy and a 6.8% decrease in employees’ perception of meaningfulness.
Why employees are still necessary
People have better chances of seeing positive outcomes from robots if they examine how to make those machines complement employees’ work rather than overshadowing their efforts. That can be particularly advantageous for tasks such as metal fabrication. Statistics indicate that cobots can make people up to 300% more productive and give them more time to devote to complicated jobs or projects with short turnaround times.
The same statistics show that robotic advancements can increase manufacturing efficiency. However, those deploying such technologies must do so carefully and assess the best ways to rely on robots while continuing to give people tasks that feel rewarding and valuable.
In a 2025 study on human-machine interactions in the workplace, researchers highlighted the need for changed perceptions about how artificial intelligence and other advanced technologies will affect the workforce. They noted that much of the public discourse is about whether robots will take people’s jobs and — if so — how quickly. According to the study, it may be better to instead identify how human expertise will remain important and complement emerging technological advancements.
The researchers’ results showed there are still many critical human-intensive tasks that machines cannot replicate. Additionally, the data differentiated between tasks suitable for automation versus augmentation. Whilst automation transfers duties directly from humans to machines, augmented work can make people more productive because robots assist with more tedious parts of their jobs. The researchers emphasised that augmentation is not merely “partial automation” — rather, augmentation allows people to do things they could not do without technology.
This study showed that thoughtful implementation of task automation or augmentation can increase people’s efficiency by making them more productive.
Maintaining a balanced approach to robotic implementation
Ongoing research reveals how technological advancements can improve workers’ efficiency in manufacturing roles. However, leaders considering this approach should not assume robots will be magic fixes to a company’s shortcomings.
These machines can often do steps faster and with fewer errors than humans. However, if the underlying processes have many inefficiencies or otherwise need significant improvements, advanced technologies alone will not likely give leaders the outcomes they expect.
Decision-makers should ask factory floor workers for feedback about which parts of their work take the longest or are the most error-prone. However, rather than immediately trying to automate such tasks, leaders should consider whether other factors contribute to the expressed issues. Could more training or a streamlined process reduce the problems? If so, people should consider applying those changes first.
Future decisions to use robotics will benefit from other strategic improvements and elevate the chances of meaningful and positive enhancements for the company’s workers and its bottom line.
Using robotic technologies with caution
As people evaluate whether now is the right time to bring robots into their process, they should do so after identifying at least one well-defined goal. Additionally, remembering that almost all changes require adjustments will prevent them from feeling disappointed if the anticipated advantages are not immediately apparent.
