Apopka, Florida // Engineering & Manufacturing // Est. 2004
OSHA requires fall protection whenever workers are exposed to a fall of six feet or more, with the required system depending on the type of work being performed — guardrails, safety nets, or personal fall arrest systems, depending on the situation.
OSHA's guardrail standard specifically requires a top rail height of 42 inches (plus or minus 3 inches) and the ability to withstand at least 200 pounds of force applied outward or downward.
Not always legally mandated, but the engineering benchmark that industries like oil and gas, chemical processing, and marine operations frequently build into their internal safety requirements.
JE's guardrail and gangway systems are designed with reinforced connections and validated material strength specifically to exceed the 200-pound minimum force threshold OSHA requires — addressing the most common real-world failure point directly.
JE's own technical guidance distinguishes between OSHA's legally enforceable minimums and ANSI's consensus engineering benchmarks, applying both where a facility's requirements call for it.
JE's fall protection work spans Navy aircraft maintenance operations and other applications where a fall protection failure isn't just a compliance issue — it's a safety-critical one.
Guardrail-integrated maintenance platforms, gangways and access stands across the full product catalog.
Engineered access to height where a standard ladder or platform will not reach or will not fit.
Access and escape routes engineered for facilities where the exit path is part of the safety case.
JE’s fall protection engineering has supported both Navy aircraft maintenance operations and deployable maintenance platforms — evidence that the same engineering discipline applies whether the system is fixed to a facility or built to move with the mission.
A fall protection system engineered for F-18 maintenance operations at Naval Air Station Lemoore, demonstrating JE’s guardrail and gangway engineering applied to a safety-critical naval aviation environment.
Fall protection modernization at a naval shore facility, where the same guardrail engineering discipline is applied to fixed infrastructure rather than to aircraft-side access.
OSHA sets legally enforceable minimum requirements. ANSI develops consensus engineering standards that often exceed the OSHA minimum and are used as a benchmark for long-term structural performance, even where not legally mandated.
Whenever workers are exposed to a fall of six feet or more, or at any height when working near dangerous equipment such as machinery with gears, pulleys, belts, or hazardous materials.
Yes. Fall protection and gangway engineering principles apply across aerospace, marine, rail, and general industrial facilities — anywhere workers operate at height or near hazardous equipment.
Yes. OSHA regulates walking-working surfaces based on performance criteria rather than a single universal design, which means facilities with non-standard layouts require engineering judgment — exactly the kind of custom design work JE's engineering team performs.
Uses passive barriers, like guardrails, that don't require the worker to do anything.
Physically limits a worker's movement so they can't reach a fall hazard.
Catches a worker mid-fall if a fall does occur.
JE’s systems are typically engineered around passive prevention and restraint, which are inherently safer than relying on arrest.
Guardrail systems Engineered past the 200 lb minimum, not to it.
