Your people know how to lock out. Does every machine have its own procedure?

It is 6:52 a.m. A press brake jams at the start of the shift, and a maintenance technician has to reach in to clear it. He knows how to lock out. He has done it a hundred times. What he needs right now is not training. It is this machine’s procedure: where the electrical disconnect is, how to bleed the hydraulics, and how to block the beam so it cannot drop.

In many plants that procedure sits in a binder in the office, written years ago, before the last modification, in one language. So he does it from memory. Most days that works.

The problem: procedures, not people

OSHA’s lockout standard, 29 CFR 1910.147, asks for three different things, and plants often treat them as one:

• Training for the people who lock out ((c)(7)). This teaches the method, and it is the same for every machine.
• A written procedure for each machine ((c)(4)): every energy source, where it is isolated, how it is locked, how stored energy is released and how you prove the machine is dead.
• A yearly inspection of each procedure ((c)(6)), plus records showing the training and inspections happened.

Most plants have done the training. Far fewer have a current, machine-specific procedure for every machine, inspected this year, that they could hand to an inspector tomorrow.

The enforcement numbers show where the gap is. In OSHA’s preliminary list for fiscal 2026 (October 2025 to August 2026), lockout was cited 1,863 times. That makes it the third most-cited standard overall, and the second among the rules that cover general industry, behind only hazard communication. Two lockout items show up again and again in OSHA’s most-cited serious violations: procedures that were never developed, and periodic inspections that were never done. A serious violation can cost up to $16,550, and inspectors often cite per machine.

The human cost is worse. OSHA’s severe injury reports since 2015 (federal-OSHA states only) list, by OSHA’s own equipment category, more than 2,100 severe injuries on conveyors, more than 2,200 on stationary saws and 344 on press brakes. On conveyors alone, about 600 of those reports describe a jam, cleaning, clearing or adjusting: exactly the work lockout is for.

Why plants fall behind

It is not that people do not care. It is time.

Writing one correct procedure by hand takes hours per machine, and machines change.

A plant with 40 machines needs well over a hundred hours from its most experienced maintenance or safety person to document everything properly. That person is also the one keeping the plant running. Consultants can do it, but it is a one-time project: the binder starts going out of date the day it is delivered, when a new air line is added or a motor is replaced.

Then there is the floor itself. Crews turn over. Contractors come and go. Many teams read Spanish more comfortably than English. A procedure in a binder two buildings away does not help any of them at 6:52 a.m.

What changes with AI

Language and vision models can now do the slow part of the work, with a person still making every decision:

1. Draft from the machine itself. A lead walks to the machine, photographs it, its nameplate and the switches and valves, and describes it out loud. The model reads the nameplate, lists the likely energy sources for that type of machine and drafts the procedure in the structure OSHA expects.
2. A person verifies and approves. The draft is a starting point. The authorized person checks every energy source and step at the machine and approves it. Nothing reaches the floor unapproved.
3. Put it at the machine. Each machine gets a QR label. Anyone with a phone camera opens that machine’s current procedure, step by step, in English or Spanish, with no app to install.
4. Keep the proof. Lockouts, yearly inspections and training records are kept with the procedure, so the inspector’s question becomes one report instead of a week of searching.

The effect is on cost and on currency. When drafting a procedure takes minutes instead of hours, a small plant can afford to document every machine, and to update a procedure when the machine changes instead of waiting for the next audit.

The business value

For a plant manager or owner, the case is not abstract:

• Audit readiness. Every machine has a procedure, each one inspected on schedule, with records you can print. The most common lockout citations are about exactly these documents.
• Hours back. Your most experienced people stop writing procedures from scratch and spend their time checking and approving drafts.
• Fewer guesses on the floor. New hires, temps and contractors get the right steps for the machine in front of them, in their language.
• Something to show your insurer and customers. A current, consistent lockout program is a strong answer in an insurance renewal or a customer safety audit.
• It stays current. Revising a procedure when a machine changes is a few minutes, not a project, and each version is kept.

Where to start

You do not need a big program to find out where you stand. Pick three machines, ideally the ones your team clears jams on most often, and ask three questions:

1. Is there a written procedure for this specific machine that lists every energy source?
2. Was it inspected in the last twelve months, and is there a record?
3. Could the person at the machine find it, in a language they read well, in under a minute?

If any answer is no, that is your starting point. We built CoreShift Lockout™ to make all three answers yes for every machine in a plant. To see how it would work in your plant, or to have us look at one of your current procedures and show you what OSHA would expect to see in it, book a 30-minute call or email info@coreshiftai.io.

Sources: OSHA Top 10 Most Frequently Cited Standards, preliminary FY2026; J.J. Keller analysis of OSHA’s most frequently cited serious violations; OSHA Severe Injury Reports, January 2015 to November 2025, counted by OSHA’s own equipment category; 29 CFR 1910.147. Hours per machine are our estimate from building the product.