Picture this: a worker on your manufacturing floor has been doing the same lift – bend, grab, lift, repeat – hundreds of times a day for months. Their technique is fine, and they've had the necessary training – but fatigue is cumulative, and one day, the strain wins. 

When a worker goes down, the ripple effect moves fast - restricted duty, overtime coverage, productivity gaps, and pressure on the rest of the team to absorb the load. What's harder to see is the longer-term damage. These roles already carry some of the highest turnover rates in industrial work, and physical burnout is a major reason why. Workers who are constantly sore, fatigued, or recovering from injury don't stay. And every time you lose someone, you're starting over with a new hire who's less efficient and more vulnerable to the same injuries you're trying to prevent. 

The question safety and operations leaders are increasingly asking isn't only “How do we prevent injuries?” – it's “How do we reduce the physical demand that causes them in the first place?”

How big is the lifting injury problem? 

The problem is bigger than most organizations realize until they start tracking the true cost. 

According to the Bureau of Labor Statistics, private industry reported 2.8 million workplace injuries in 2022. Overexertion and bodily reaction – the category that covers lifting, pushing, pulling, and carrying – accounted for more than one million of those cases, making it the single leading cause of workplace injury. 

In warehousing, distribution, and logistics, the numbers are even more concentrated. Transportation and material moving roles carry the highest share of overexertion injuries, driven by the high volume of repetitive lifting workers perform every shift. 

And when injuries happen, they tend to keep workers out for a while. The median days away from work  (DAFW cases) run between 10 and 14 days – enough to meaningfully disrupt scheduling, productivity, and team morale. 

What lifting injuries actually cost 

Here's where the numbers get harder to ignore: 

*Based on data from the Bureau of Labor Statistics, the National Academy of Social Insurance, and Liberty Mutual claims data. 

That $60,000 figure often catches people off guard. It's not just medical costs; it's the domino effect of pulling an experienced worker off the floor, covering shifts with overtime or temp labor, absorbing reduced output, and managing the increased fatigue on the team members left behind. 

Over time, what starts as repetitive strain becomes a pattern. And patterns become costs that don't go away on their own. 

Why training and PPE aren’t always enough 

Most safety programs are built around three things: training, awareness, and protective equipment. All of them matter, but none of them change the fundamental physics of the job. 

In high-repetition environments, the risk isn't usually poor technique – it's volume. A worker who lifts with perfect form 3,000 times a shift is still accumulating strain overtime. Eventually, fatigue sets in, concentration dips, and the quality of each lift gradually degrades throughout the day. That's when injuries happen – not at lift one, but at lift 2,401. 

It’s important to note that training, awareness, and PPE help workers manage risk, but they don't reduce the physical demand that generates it. That gap is exactly where exosuits are starting to fill in. 

What is a powered exosuit, and how is it different? 

Before getting into the ROI, it’s worth being clear on what a powered exosuit actually is, because not all wearable support systems work the same way. 

Passive exoskeletons use springs or rigid frames to redistribute the load. They can help in limited applications, but they don't adapt to the worker's movement and can restrict mobility in dynamic environments. 

Powered exosuits like HexArmor’s SafeLift™ powered by Verve Motion are different. They use motion sensor technology to detect when a lift is happening and deliver real-time assistance to reduce the strain on a worker's lower back – without limiting how they move. Workers can walk, bend, twist, and operate naturally. The suit adapts to them. 

For environments where workers are covering ground, handling varied loads, and moving at pace, that flexibility matters. Formore information on the differences between exosuits and exoskeletons, click here. 

What does ROI look like with exosuits? 

This is the question that moves the conversation from "interesting concept" to "budget consideration." And the data coming out of real deployments is worth paying attention to. 

SafeLift™ field data shows: 

• Up to 40% reduction in lower back strain during lifting 
• Up to 85% reduction in injury risk 
• 70%+ reduction in worker fatigue 
• 80%+ reduction in reported soreness 
• Improved posture and movement consistency across full shifts 

In high-volume environments where workers may lift thousands of times per shift and move upward of 50,000 lbs per day, those percentages represent a significant shift in cumulative strain. Less strain per lift means less fatigue across the shift, which means fewer high-risk moments where injuries occur. 

But the value of SafeLift™ goes beyond physical support. Through the HexInsight™ analytics platform, teams have access to motion data that helps show how workers are moving, where high-risk patterns may be happening, and where coaching or lifting improvements may be needed.  

That visibility is a major differentiator. Instead of relying only on injury reports after something goes wrong, safety teams can use movement data to take a more proactive approach to reducing injury risk. 

The financial impact follows: 

• Fewer strain-related injuries and DAFW cases 
• Reduced overtime and temp labor costs 
• More consistent productivity across teams 
• Lower turnover driven by physical burnout 

According to Verve Motion field data, some organizations have achieved up to 250% ROI, with payback periods as short as six months – driven primarily by reductions in injury-related costs and the operational disruption that comes with them. 

Is an exosuit right for your workforce?  

Exosuits aren't a universal solution. They're most effective in environments where: 

• Workers perform high volumes of repetitive lifting throughout the shift 
• Fatigue and cumulative strain are recognized risk factors 
• Injury rates - or near-miss trends - point to a systemic problem, not an isolated one 
• The operation has the structure to support a wearable technology program (training, maintenance, adoption) 

If your team is lifting constantly and you're managing a recurring cycle of strain injuries, it's worth running the numbers on what those injuries are actually costing you - and what a meaningful reduction in that rate would mean for your bottom line. 

Frequently asked questions about exosuits