Engineering & Fabrication
Once you’re near the action values, the law asks for numbers — not a guess.
Run the 60-second check →
Grinding and cutting stack up fast.
Short bursts of high-dB(A) work across a full shift.
A hard-surfaced shop reflects as much as it generates.
The room itself can be half the problem.
Real figures for your own floor.
Not a guideline number borrowed from a different shop.
What the shift actually sounds like
A plasma cutter running a full shift puts real, sustained noise into that bay. Once you’re near the action values, the law asks for numbers — not a guess.
Checked against the real action and limit values
A typical plasma cutter shift settles between the two action values: 80 dB(A) lower action, 85 dB(A) upper action, 87 dB(A) exposure limit. Your own floor is only known once it’s actually measured.
What one assessment actually gives you back
Real exposure levels for your own site, zone by zone, checked against those figures — not a generic industry figure.
What one assessment actually tells you
One calibrated assessment tells you exactly where your fabrication floor stands — not a generic industry figure, but your own site, zone by zone, checked against the real action and limit values.
Clear numbers. Real evidence. No guesswork on the shop floor.
See exactly how the check works →Check your first floor
Seeing whether there’s a problem is free. You only pay once you know you want the report.
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