Proximity facilitates rapid progress. It feels controlled. It feels like craftsmanship.

A lot of people take pride in being able to “handle” the work without awkward setups, extra steps, or mechanical aids. That’s especially true in construction, maintenance, warehousing, and industrial work where the pace is real and the pressure is constant.

But here’s the catch: close work also shrinks your margin for error to almost nothing.

People work close because:

• They want better control of the tool or material.
• They want to finish quickly and avoid resetting.
• They’ve done it that way a hundred times without getting hurt.
• They’re trying to avoid being the person who “slows the crew down.”
• They think PPE will save them if something happens.

Gloves don’t stop crushing forces. Experience doesn’t stop a wrench from slipping. And “we’ve always done it this way” is not a control.

The micro-tip that changes outcomes

Build a habit: before applying force, ask, “Where will my hands go if it slips?”

Then reposition to remove hands from the line-of-fire.

That’s it. That one question forces your brain to run a quick simulation, and it triggers the next step: change your setup so your hands are not in the path.

This is not about being timid. It’s about being deliberate.

Think of it as a two-second pre-force pause:

• Pause.
• Predict.
• Position.

If you can build that into your work, you reduce the “half-second” injuries that change careers.

What “line-of-fire” really means in the real world

Line-of-fire is any place your body can be struck, caught, crushed, or contacted when energy moves.

It includes:

• Hands between moving and stationary objects (nip points, pinch points, shearing points).
• Hands in the travel path of a tool if it slips (wrenches, pry bars, cheater bars).
• Hands near rotating equipment, belts, chains, rollers, and conveyors.
• Hands guiding loads instead of controlling them from a safe position (rigging, skids, pipes).
• Hands in the closing path of doors, gates, hydraulic arms, clamps, or lift tables.
• Hands in the drop zone or swing radius of suspended or shifting loads.

If there is force, there is a line-of-fire. Your job is to keep your hands out of it.

A quick reality check: common “half-second” setups

Here are a few situations where the injury is practically preloaded:

• You’re tightening something and your non-dominant hand is bracing near the pinch point “just for control.”
• You’re pushing material into a machine because the feed is awkward.
• You’re holding a piece while someone else uses power (impact gun, press, pry, hammer).
• You’re adjusting something under a load because it’s “almost lined up.”
• You’re guiding a load by the pinch side instead of using a tag line or a handle.
• You’re reaching into a space you can’t fully see because it’s faster than isolating or repositioning.

None of these require bad intentions. They require one moment of convenience.

How to engineer the habit into the job

If you want this to stick, it can’t just live in a toolbox talk. It needs a few practical anchors that make the safe choice easier than the close choice.

Use these anchors on higher-risk tasks and repeat them until they become normal:

• Define safe hand zones. If hands need to be in specific places, mark them or design them (handles, grips, push pads, fixtures).
• Add distance. Use push sticks, alignment tools, tag lines, longer-handled tools, clamps, magnetic holders, or jigs.
• Stabilize the work. Secure the piece before you apply force. If the work can move, your hands will chase it.
• Control the direction of travel. If a tool slips, where does it go? Set your body and hand position so the tool moves away from you, not into you.
• Reduce the force required. The more force you apply, the more violent the slip. Use the right tool, lubrication, heat, mechanical advantage, or a different method.
• Improve access. Many pinch injuries come from poor access and awkward angles. Fix the setup so you’re not improvising.

When you want a simple team rule, here’s a good one:
If you can’t explain where your hands will go when it slips, you’re not ready to apply force yet.

Controls that actually prevent pinch point injuries

This is where people get misled. They think awareness is the control. Awareness helps, but it’s not the control. Controls are what change the conditions.

The strongest controls usually look like this:

• Elimination: remove the need to place hands near the hazard (redesign the task, change workflow, use pre-assembled parts).
• Substitution: replace a high-risk method with a safer one (different tool, different fastener, different handling method).
• Engineering controls: guarding, interlocks, two-hand controls, fixtures, clamps, handles, physical barriers, pinch point covers.
• Administrative controls: safe work practices, stop-and-check prompts, defined roles, communication rules, pre-job brief, line-of-fire rules.
• PPE: gloves appropriate to the task, but never treated as a primary control for crushing or caught-in hazards.

In Alberta, safeguarding requirements are not optional. If machinery presents hazards from moving parts, nip points, or similar exposures, guarding and safeguards are part of due diligence, not a “nice to have.”

A short scenario you can use with your crew

You’re installing a heavy door or gate. It’s close, but not perfect. The hinge pin is almost lined up.

One worker puts fingers near the hinge to “feel it in.” Another worker leans into the door to shift it the last bit. The door drops slightly. Fingers are in the pinch point. That’s the half-second.

A better setup:

• Use a temporary support or jack to hold the door at height.
• Use an alignment punch or drift pin to line up the hinge, not fingertips.
• Use clear communication: one person controls the movement, one person guides from a safe zone, hands never inside the hinge gap.
• Before force: “Where will my hands go if it slips?” Answer: not into the hinge, because they’re not there.

Same job. Same speed, once it becomes the normal method. Much less risk.

Hand injuries are often treated like bad luck, but most of them are predictable. The half-second isn’t random. It’s built into the way the job is set up and the way people are used to working.

If you adopt one habit and push it until it sticks, make it this: before you apply force, ask, “Where will my hands go if it slips?” Then move your hands out of the line-of-fire.

That small pause is one of the cheapest, fastest safety improvements you can make, and it pays back in fingers, careers, and families that don’t get a life-changing phone call.

Connect with us here and let us help you improve your OH&S practices. 

References

https://www.ccohs.ca/oshanswers/hsprograms/hazard/hazard_identification.html

https://www.ccohs.ca/oshanswers/safety_haz/safeguarding/machinery.html

https://www.ccohs.ca/oshanswers/safety_haz/conveyor_safety.html

https://search-ohs-laws.alberta.ca/legislation/occupational-health-and-safety-code/part-22-safeguards/

https://open.alberta.ca/dataset/757fed78-8793-40bb-a920-6f000853172b/resource/798f0813-53c1-484c-a716-3d63bd88e3d2/download/4403880-part-22-safeguards.pdf

https://www.osha.gov/sites/default/files/publications/osha2236.pdf

https://www.osha.gov/sites/default/files/caught_iorb_ig.pdf

https://www.energysafetycanada.com/getattachment/05cf8737-11cc-4699-af70-f808f9534e4e/Are-you-in-the-Line-of-Fire-Hand-Injury-Prevention-Activity-Package.pdf

https://calgarysafetyconsultants.ca/Machine-Guarding%3A-Protect-Your-Workers-and-Your-Bottom-Line

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