Two headlines hit the news in the same week, and almost nobody is connecting them.

Headline one: OSHA proposed removing the deadline that would have required fixed ladders over 24 feet to be equipped with personal fall arrest or ladder safety systems. The AFL-CIO’s Death on the Job 2026 report, released days later, documents that federal inspector counts are at historic lows, with the agency now emphasizing employer outreach over enforcement.

Headline two: 244,000 reshoring jobs announced in 2024. More than 44,000 industrial robots installed in 2023. 80% of manufacturing executives planning to invest 20%+ of improvement budgets in smart manufacturing this year, according to Deloitte’s 2026 outlook.

Put those side by side and the picture comes into focus:

Plants are being rebuilt at the fastest pace in a generation, at exactly the moment regulators are handing more discretion back to employers.

That’s a transfer of responsibility, and it changes the math on safety infrastructure decisions.

The compliance posture is changing. The injuries aren’t.

Falls, struck-by incidents, and pinch-point exposures around automated cells are still the most common, and most expensive, workplace injuries in manufacturing. OSHA’s posture shift doesn’t reduce that physical risk. What it changes is who’s making the call about what “adequate guarding” looks like in your facility.

For decades, the industry leaned on a simple model: meet the standard, install it, walk away. That model assumed the standard was static and the line was static. Neither is true anymore.

• The line isn’t static. Reshoring projects, cobot installs, vision-system retrofits, and AGV lanes are reshaping cells on 12–24 month cycles.
• The standard isn’t static. With OSHA moving toward performance-based language, the burden of proving “this is safe” lands more squarely on the employer.

When the regulator gives you flexibility, the infrastructure you choose has to give you flexibility too.

The hidden cost in fixed installations

Welded steel guarding feels permanent, which feels safe. But “permanent” is a liability when the cell underneath changes. A cobot pedestal moves 18 inches and the fence has to be cut and re-welded. A new conveyor segment needs an enclosure the existing weldment can’t accommodate. A “temporary” zip-tied panel quietly becomes permanent. None of these are safety culture failures, they’re material failures.

Modular T-slot aluminum extrusion was built for exactly this environment. Guarding, rails, step systems, and machine enclosures that can be reconfigured in an afternoon, no hot work, no structural engineer, no week-long line shutdown. Safety that’s easy to maintain gets maintained.

The bottom line

If you’re approving capital this year for new lines or reshored capacity, the question isn’t whether your safety infrastructure is OSHA-compliant on day one. It’s whether it will still be compliant, and still in the right place, on day 800.

That’s the case for modular extrusion. The next five years won’t be defined by who installed the most guarding, but by who installed the right guarding, the kind that flexes with a factory built for what’s next.

Industrial Profile Systems engineers modular T-slot aluminum extrusion solutions for workstations, machine enclosures, safety guarding, robot pedestals, and access systems, backed by no-cost engineering and our T.R.U.S.T.™ tariff transparency commitment. Scoping a reshoring project or automation cell? Visit industrialprofile.com or call 888.729.4500.