HSF Open Industrial Hand Exposure Control SOP Library™ · Volume 2 — Advanced Exposure Control Applications
Published by PSC Hand Safety India Private Limited · Visakhapatnam, India
Hand Safety First® is a PSC Hand Safety Brand · handsafetyfirst.in
Version 1.0 · June 2026
Companion publication to the Foundation Release v1.0. This Volume may be adopted, modified, and integrated into organisational safety management systems. The HSF doctrine, framework names, and illustration standard remain marks of Hand Safety First®. The Last 300 mm Rule™ and all proprietary framework terms are intellectual property of PSC Hand Safety India Private Limited.
The Foundation Release proved one principle: doctrine-first SOPs change behaviour more reliably than rule-based ones. Volume 2 extends that proof into three new exposure categories.
The Foundation Release covered ten procedures across Exposure Elimination, Load Guidance, and Sling Handling. Volume 2 moves into adjacent territory: the moment before the hand enters the gap, the tools that prevent it from needing to, and the zone discipline that makes both effective.
Distance Creation introduces standoff as an active, engineered control. Push-pull tools, taglines, and magnetic positioning tools are the hardware of distance; this volume is the procedure that makes them reliable in the field rather than left on the rack.
Impact and Striking addresses one of the most consistently undercontrolled exposure classes in heavy industry. The FingerSaver is not new technology. What is new is a doctrine-first SOP that names exactly why the bare-hand grip persists — the lateral force problem, the last-blow problem, the slogging spanner problem — and resolves each with a single consistent control.
Work Zone and Stop-Work Control is this volume's anchor document. Every SOP in the library references a stop-work trigger. This SOP is where that authority lives — its doctrine, its triggers, its method, and the standing instruction that uncertainty is itself a stop-work condition.
Hand Safety First® · A PSC Hand Safety Brand · Visakhapatnam, India
Each SOP in this volume follows the frozen 14-section structure established in the Foundation Release — Classification, Hazard Identification, Control Hierarchy, Method, Safe Work Procedure, Prohibited Actions, Stop-Work Criteria, Comparison, Toolbox Talk, Decision Point, and HSF Exposure Principle. Readers familiar with Volume 1 will navigate instantly. New readers should read the Framework below before the procedures.
The Decision Point — "Just a Little More" section in every SOP is the heart of this library. A crew that can recognise that feeling in themselves is the most effective control any procedure can create.
Four validated procedures extending the HSF Exposure Control Framework™ into Distance Creation, Magnetic Positioning, Impact & Striking, and Work Zone & Stop-Work Control.
| § | Document | Title | Category |
|---|---|---|---|
| 1 | DC-SOP-001 | Safe Distance Creation — Doctrine, Push-Pull Tools, and Taglines | DC · Distance Creation |
| 2 | DC-SOP-002 | Magnetic Positioning Methods | DC · Distance Creation |
| 3 | IM-SOP-001 | Safe Holding of Struck Tools and Spanners | IM · Impact & Striking |
| 4 | SZ-SOP-001 | Work Zone, Line-of-Fire and Stop-Work Control | SZ · Suspended Zones |
| SOP | Associated HSF Controls |
|---|---|
| DC-SOP-001 | PSC LoadGuider® Push/Pull Tools · PSC LoadGuider® LGTC Series · PSC Load-it® D-Handle Grip · PSC SafeGuider® Anti-Tangle Taglines · PSC Tagline Retriever Tool · PSC TRT-3P Extendable |
| DC-SOP-002 | HSF SlingGrab HSF-SG-24/40/60/90 · HSF SlingGrab Extendable HSF-SGE-64/80/98 · PSC Load-it® D-Handle Grip (rubber grip, default) |
| IM-SOP-001 | FingerSaver — tool holder for chisels, punches, drifts, and slogging spanners |
| SZ-SOP-001 | Barricades · Cones · Painted exclusion lines · Spotter/banksman · Radios/hand signals · Taglines · Push-pull tools · Retrieval tools · HSF exposure audit methodology |
Establishes the doctrine and field method for creating and maintaining safe distance between the worker's hand and any industrial hazard during positioning, guidance, alignment, and correction tasks. Distance is not a passive condition — it is an active control that must be engineered into the task before the gap closes, not improvised after.
A suspended load is being guided, positioned, or landed
A heavy component is being slid, rolled, or drawn into position
A tagline is used to control, direct, or recover a load
A gap is closing between two structures, components, or surfaces
A correction is required to a load that is almost — but not quite — in position
Every serious hand injury during positioning tasks shares one root cause: the hand entered the space between the load and its destination. The hazard is not the load. The hazard is the gap, and the hand's presence in it.
The hand enters for guidance (used as bumper or steerer), correction (small adjustment at the end), or retrieval (tagline has run out). In all three cases a distance creation tool removes the reason.
The temptation to use the hand increases as the gap decreases. The Last 300 mm Rule™ exists precisely because this is where the geometry of the task defeats the worker's judgment.
| Rank | Control | Application |
|---|---|---|
| 1 | Eliminate hand contact | Fixture, jig, or automated positioning — hand never enters |
| 2 | Push-pull distance tool | Correct or guide load with rigid tool from outside 300 mm boundary |
| 3 | Tagline | Control direction from outside load path; recover with PSC Tagline Retriever Tool or TRT-3P Extendable |
| 4 | Magnetic positioning | Ferrous loads — see DC-SOP-002 |
| 5 | Stop and re-plan | If no tool reaches or control is lost — stop, re-rig, re-approach |
| 6 | PPE | Cut-resistant gloves as last layer only — never a distance substitute |
Select correct tool length so hand remains outside 300 mm boundary when tip contacts load. Pre-position before load arrives at boundary. Do not lean into the gap to extend reach. Holding a tool is not permission to stand closer.
Attach before lift. Stand outside load path — tagline controls from the side. Apply tension to guide, not to stop. As load descends to 300 mm boundary, transition to push-pull tool for final correction.
A tagline that has run out with a moving load is a common trigger for hand entry into the load path
Use PSC Tagline Retriever Tool or TRT-3P Extendable — never reach in
If neither tool reaches, stop the lift
Pre-task: identify 300 mm boundary; pre-position push-pull tools and taglines
Attach taglines before lift; operators positioned outside load path
Signal lift: tagline operators apply guiding tension — no hand contact with load
At 300 mm boundary: taglines hand over to push-pull tools — no hands inside this boundary
Final correction by push-pull tool from outside boundary — load not touched by hand
Confirm Landed–Stable–Slack before any approach
Recover any run-out tagline with PSC Tagline Retriever Tool or TRT-3P Extendable
De-rig only after Landed–Stable–Slack–Free confirmed
Using a hand, forearm, or body to guide, correct, bump, or catch a load at any stage
Standing inside the swing arc or load path while the load is in motion
Entering the Last 300 mm boundary for any correction a tool can make
Recovering a run-out tagline by reaching into the load path
Continuing a lift when tagline control is lost and no tool-based recovery is possible
Load is in motion and tagline control is lost
Push-pull tool does not reach from outside the 300 mm boundary
Worker has entered or is about to enter the 300 mm boundary without a tool
Tagline has run out and neither Tagline Retriever Tool nor TRT-3P Extendable reaches
Any team member signals STOP
Worker stands at landing point with hands extended to guide load in as it descends. Load drifts. Worker steps forward. Hand is now inside the closing gap with load still moving.
Worker stands outside 300 mm boundary with PSC LoadGuider® extended. As load descends to 300 mm mark, tool tip contacts load and applies corrective force. Hand never enters the gap. If drift is too large for tool correction — STOP, not STEP FORWARD.
The hand goes in at the end. When any closing gap gets to 300 mm — about knee-to-floor height — no hand goes in. The push-pull tool goes in. The tagline controls the swing. If neither reaches, the lift stops. You control your hand. You do not control the load. Get the tool in your hand before the gap closes. Not after.
The load is 80 mm from the landing point. The taglines are slack. The push-pull tool is on the ground three steps away. A small nudge with the palm would land it perfectly. This is the Decision Point. The calculation — the correction is small, the load is almost stopped, my hand will be in and out in a second — is wrong on all three counts. The 'just a little more' feeling is the signal to reach for the tool, not the hand.
Establishes the method for using magnetic positioning tools to place, align, hold, and retrieve ferrous components and metal scrap without hand contact. Two primary applications: component positioning during assembly or maintenance, and scrap retrieval from press beds, shear tables, conveyor edges, and mill floors — without the hand entering the area.
A ferrous component must be positioned, aligned, or held without hand contact in the hazard zone
Metal scrap, offcuts, or shear slugs must be retrieved from press bed, shear table, roller table, or floor adjacent to live machinery
A ferrous item has fallen into a gap, channel, or restricted space the hand cannot safely enter
Magnetic holding is required to free both hands for a secondary task
Hand between component and destination creates a closing pinch zone. Sharp edges on fabricated steel and castings are independent laceration hazards. Components may retain heat that is not visible.
Shearing and pressing produce offcuts with freshly cut, unburred edges — extremely sharp. These accumulate near live machinery. The instinct to quickly reach in and clear a small piece is the exact behaviour this SOP addresses. A momentarily stopped machine is not a locked-out machine.
A magnetic tool that releases unexpectedly drops the component from working height. The hand must never be below or adjacent to the component at the moment of release.
| Rank | Control | Application |
|---|---|---|
| 1 | Eliminate hand contact | Conveyor, chute, or automated scrap removal — no worker contact required |
| 2 | Magnetic distance tool | HSF SlingGrab or PSC Load-it® D-Handle Grip positions, holds, or retrieves from outside hazard zone |
| 3 | Stop machinery before retrieval | No scrap retrieval near live machinery — isolate, then retrieve by magnetic tool |
| 4 | Stop and re-plan | If no tool reaches safely — re-plan, do not improvise |
| 5 | PPE | Cut-resistant gloves as baseline — not a substitute for magnetic tool use |
HSF-SG-24 (24"), HSF-SG-40 (40"), HSF-SG-60 (60"), HSF-SG-90 (90"). Extendable: HSF-SGE-64, HSF-SGE-80, HSF-SGE-98. Select model so hand remains outside 300 mm boundary at full extension.
Primary tool for scrap retrieval from press beds and shear tables. Rubber grip handle as standard. Allows controlled directional force without wrist strain during repeated retrieval.
Confirm machinery is isolated before retrieval — stopped is not isolated
Select correct PSC Load-it® tool for the reach required
Extend tool to scrap item from outside exclusion zone — hand does not cross boundary
Engage magnetic face; lift clear; deposit in scrap bin
For pieces too heavy for tool capacity — stop and re-plan, not the hand
Identify target; confirm it is ferrous — magnetic tools do not engage non-ferrous material
Assess hazard zone boundary and machine state; confirm reach required
Select correct HSF SlingGrab model or PSC Load-it® D-Handle Grip
Isolate machinery if required — before approaching the exclusion zone
Engage from outside: extend tool, engage magnetic face; hand outside 300 mm boundary and outside exclusion zone
Position or retrieve; deposit scrap in collection point
Confirm hand and body clear of drop path before releasing magnetic hold
Release isolation only after work area is confirmed clear
Using the hand to position, correct, or retrieve any ferrous item a magnetic tool can reach
Entering a machine exclusion zone to assist a magnetic tool that does not quite reach
Retrieving scrap from near live, non-isolated machinery by any method
Holding a magnetic tool over a person's hand or body during component release
Assuming a component is cool enough to handle — steel and foundry components retain heat invisibly
Machinery in retrieval area is live and has not been isolated
No magnetic tool reaches the target item from outside the exclusion zone
Component weight exceeds the magnetic tool's rated capacity
A component has been released unexpectedly and work area is not confirmed clear
Any team member signals STOP
Shear slug at back edge of shear table. Machine between cuts — momentarily stationary. Worker reaches across shear bed with gloved hand to flick slug into scrap bin. Hand is inside machine exclusion zone. Machine cycles.
Worker picks up PSC Load-it® D-Handle Grip, extends it to slug from outside exclusion zone, engages magnetic face, lifts slug clear, deposits in scrap bin. Hand never crosses exclusion zone boundary. Machine state is irrelevant — the hand was never inside it.
Small pieces are the problem. Not the big lift — the small piece of scrap sitting just inside the machine. You can see it. It looks harmless. The machine is stopped. Your glove is on. That two-second reach is where hands get cut, crushed, and taken. The rule is the same for a 50-gram slug as for a 5-tonne slab: the hand does not go in. The magnetic tool goes in. Pick up the tool. Every time.
The scrap piece is 150 mm inside the shear table edge. The PSC Load-it® tool is on the rack four steps away. The machine is between cycles. The glove is on. The worker's hand is already moving. Three errors: small does not mean safe — a freshly sheared edge cuts through a glove. Close means the hand is inside the exclusion zone. A machine between cycles is not isolated. The tool is four steps away. The Decision Point is the moment to take those four steps.
Establishes the method for holding chisels, punches, drifts, and slogging spanners safely during striking operations. Single controlling principle: no part of the hand or fingers shall be in the strike line — the path a hammer or sledge travels from backswing to tool head — at any point during the striking task. The FingerSaver is the designated holding device for all struck tools covered by this SOP. Covers chiselling, punching, drift driving for component and hole alignment, and slogging operations.
Cold chisels — metal cutting, scaling, and breaking operations
Centre and pin punches — marking, driving, and component alignment
Drifts — aligning bolt holes, driving components into register, structural alignment
Slogging spanners — heavy fastener tightening and loosening with hammer or sledge blow
Applies regardless of hammer size — from 1 kg hand hammer to full sledge
The strike line is the path the hammer face travels from the top of the backswing to the point of contact with the tool head. A hand gripping the tool shaft is inside the strike line even when it appears to be clear of the tool head — hammer blows do not always land exactly where aimed.
A tool held only at the base will move or fall away before the blow lands. The natural response is to grip higher — closer to the strike point — for control. This is the learned unsafe method that causes the injury. The FingerSaver solves this without asking the worker to choose between control and safety.
During hole alignment tasks the drift is under lateral load as well as axial load. The instinct is to grip the shaft firmly and brace. The hand is now gripping hard, close to the top of the drift, in the direct strike line. This is the highest-risk moment in struck tool operations.
| Rank | Control | Application |
|---|---|---|
| 1 | Eliminate hand holding | Jig, vice, or fixture holds the tool — no worker holds it at all |
| 2 | FingerSaver | Worker holds FingerSaver handle outside strike line; FingerSaver grips tool in strike zone |
| 3 | Extended holding tool | Tongs or locking pliers of sufficient length — only where FingerSaver is not available |
| 4 | Stop and re-plan | If tool cannot be held safely from outside the strike line, the operation stops |
| 5 | PPE | Anti-vibration gloves — protect against vibration, not a missed hammer blow |
Confirm FingerSaver is correct size for tool shaft diameter
Confirm clamping mechanism engages fully — no play between holder and shaft
Confirm handle integrity — no cracks, deformation, or grip damage
Confirm tool is correctly seated — tool head projects correct distance beyond holder
Insert shaft into FingerSaver and engage clamp. Position tool at work point with FingerSaver handle. Signal striker only when FingerSaver handle is firmly held and holding worker's body is to the side, not in the swing arc. Striker confirms visual on tool head before each blow.
Drifts: apply lateral positioning force through FingerSaver handle — not by hand pressure on shaft. Slogging spanners: engage FingerSaver slogging spanner holder; holding worker's hand on FingerSaver handle outside strike line of sledge. Re-confirm spanner position and hand position after every blow before continuing.
Select tool and correct FingerSaver model; run pre-use check
Pre-task brief: holding worker and striker confirm roles, positions, and signal method
Holding worker positioned to the side of the swing arc — never in it; FingerSaver handle gripped
Striker confirms full sight line to tool head before first blow
Signal and strike on signal only — holding worker signals readiness first
Check tool position and hand position between every blow
Remove FingerSaver only after striker has stepped back and confirmed complete
Holding any struck tool by bare hand during any striking operation
Gripping the tool shaft above the FingerSaver clamp point — hand is then inside strike line
Striking without a confirmed signal from the holding worker
Using a FingerSaver with play between holder and shaft — a loose holder does not protect
Delivering a blow before confirming sight line to the tool head
Attempting to hand-hold a drift during alignment — lateral load makes this the highest-risk configuration
FingerSaver not available, wrong size, or failed pre-use check
Striking worker cannot confirm clear sight line to tool head
Holding worker's body is in the swing arc
Tool has moved and cannot be repositioned without hand contact above FingerSaver clamp
Any team member signals STOP
Two workers driving drift through misaligned flange holes. Holding worker grips drift shaft with both hands near the top, bracing against lateral force. Striker cannot see top of drift clearly. Blow glances. Hammer face contacts holding worker's fingers at full sledge energy.
Drift seated in FingerSaver. Holding worker grips FingerSaver handle — hand below and clear of strike line, lateral bracing applied through handle. Striker has clear sight line to drift head. Blow lands on drift. FingerSaver handle absorbs lateral reaction. Hand outside strike line throughout.
The hand that holds the chisel is the one that gets hit. Not because the striker aims at it — because the striker misses the chisel. Even one time in a thousand. And when a sledge misses a drift at full swing and hits a hand instead, the hand does not recover. The FingerSaver answers one question: where is the hand when the hammer misses? Outside the strike line, gripping a handle the hammer cannot reach.
The drift is almost seated. One more blow. The FingerSaver is slightly in the way — the holding worker slides their hand up the shaft for a firmer grip, just for this last blow. The striker winds up. This is the Decision Point. The 'almost done' feeling is the same feeling that precedes every struck tool hand injury — because the tool is always almost seated. Slide the hand back down to the FingerSaver handle. Then signal.
Establishes the doctrine and field method for controlling the work zone during lifting, rigging, load movement, and striking operations. This is the definitive stop-work authority statement for the HSF Open Industrial Hand Exposure Control SOP Library™. Every other SOP in this library that references a stop-work trigger defers to this document. Controlling doctrine: If the hand or body is in the path of energy, the task has already lost control.
All lifting and rigging operations
Load guidance, landing, and de-rigging
Striking and impact operations
Component positioning
Any maintenance task where a suspended, moving, or restrained load is present
Applies at every stage: pre-task, live-task, and re-entry after a stop
Every serious injury in lifting and striking work is caused by energy arriving at a location where a person is present. Work zone control is the discipline of identifying every path energy can take — intended and unintended — and ensuring no person occupies any of them.
Load path: vertical and horizontal space the load occupies or can occupy. Fall zone: area a dropped load or parted rigging would occupy — always at least as large as load path, expands with height. Swing arc: arc a load can travel on its rigging radius. Line of fire: direct path of a released, ejected, or rebounding object — frequently not vertical, frequently not obvious.
Zone integrity does not fail all at once. It collapses incrementally — a spotter steps back for a better view, a rigger holds the sling end to keep it from tangling, a worker steps forward to check the landing. Each step has a task reason. None of those reasons changes where the energy goes.
| Rank | Control | Application |
|---|---|---|
| 1 | Eliminate exposure | Remote operation, automated guidance, fixed stops — no person near energy path |
| 2 | Physical zone control | Barricades, cones, painted lines — zone boundary visible and physical |
| 3 | Personnel zone control | Spotter or banksman with authority to halt; two-way communication confirmed before task starts |
| 4 | Distance tools | Taglines, push-pull tools, retrieval tools — persons outside zones while maintaining task control |
| 5 | Administrative controls | Pre-task briefing, eight-question exposure assessment, escape route identification |
| 6 | Stop-work | Any person, any time, any uncertainty — full authority, no justification required |
| 7 | PPE | Last layer only — helmet, safety footwear, cut-resistant gloves |
Where can the hand enter?
Where can the body enter?
Where is the load path?
Where is the swing arc?
Where is the fall / drop zone?
Where is the line of fire?
Where is the escape route?
Where does stop-work trigger?
Stop-work authority is held by every person in the work area, at every level, at any time, without requiring justification. A worker who believes a condition is unsafe stops the work. They do not ask permission. They do not wait to see if the condition resolves. The person who stops the work is not responsible for the delay. They are responsible for the stop.
Call STOP loudly and clearly — do not wait for acknowledgement before calling
Secure the load — hold at height until zone is clear and condition is resolved
Clear the zone — all persons move to identified escape routes
Communicate — person who called stop explains the condition; no blame required
Re-run the eight-question assessment for current conditions
Resolve the condition before work resumes; resume only on supervisor's explicit confirmation
Pre-task: identify load path, fall zone, swing arc, and all lines of fire
Physical zone establishment: barricades, cones, or painted lines in place; boundaries visible to all
Personnel briefing: every person hears all eight assessment answers; escape routes confirmed individually
Spotter/banksman confirmed; communication tested — radio or hand signal
Distance tools pre-positioned: taglines attached, push-pull tools in hand, retrieval tools available
First signal given only after all zone conditions are confirmed
Transition checks at each phase: lift to travel, travel to landing, landing to de-rig
Zone stand-down only after all energy is dissipated — load on supports, rigging down
Entering load path, fall zone, or swing arc for any task reason while load is suspended
Standing in line of fire of any tensioned, struck, or pressurised component
Proceeding with lift when eight-question assessment has not been completed
Overriding or dismissing a stop-work call for any reason — production pressure, schedule, seniority
Resuming work after a stop without re-running the exposure assessment
Treating uncertainty as insufficient reason to stop — uncertainty is a stop-work condition
Load is in motion and tagline control is lost
Any person has entered or is about to enter load path, fall zone, or swing arc
Communication between lift team members has been lost
A hand has entered or is about to enter the 300 mm boundary without a tool
Any person cannot identify their escape route
Any person is uncertain whether the current condition is safe
Lift almost complete. Load 600 mm above landing point, drifting slightly. Team member steps forward to check landing position — inside fall zone and load path. Load continues drift. Team member cannot move back quickly enough.
Team member's position identified in pre-task assessment. Landing checked by spotter from outside fall zone. Push-pull tool corrects drift from outside 300 mm boundary. No person enters fall zone or load path. Zone stand-down called only after Landed–Stable–Slack–Free confirmed.
Before the next lift, ask eight questions. If anyone cannot answer all eight before the load moves — we are not ready. When do we stop? Not when something goes wrong. Before it goes wrong. When any of us is uncertain. When any zone is breached. Anyone here can call that stop. Without asking. Without explaining. The call is enough. The load can wait. A hand cannot grow back.
The load is almost landed. The push-pull tool is on the ground. Thirty seconds to use it correctly. Two seconds to step in. The two-second correction puts the body inside the fall zone at the moment loads are most likely to shift — because loads shift at landing, not in transit. The thirty-second correction keeps every person outside every energy path. Thirty seconds. Every time.
Hand Safety First® is a PSC Hand Safety Brand dedicated to the elimination and reduction of hand exposure in industrial work.
Where conventional hand-safety programmes focus on gloves and awareness, Hand Safety First® focuses on the task: identifying where the hand enters the hazard and engineering it out. The brand develops doctrine, reference publications, standard operating procedures, audit tools, and a complete visual language — all built on the principle that the hand should not be used as a positioning, alignment, stabilisation, retrieval, holding, impact-absorption, or correction device when a safer distance-control method can reasonably be used.
This SOP Library is one part of a wider body of work that includes the Hand Exposure Control Encyclopedia™, industry hand-exposure audit tools, and field reference material.
HAND SAFETY FIRST® · A PSC HAND SAFETY BRAND
Published by PSC Hand Safety India Private Limited · Visakhapatnam, India
sales@pschandsafety.com · +91 9885149412
handsafetyfirst.in
Open use. This volume may be adopted, modified, and integrated into organisational safety management systems. The HSF doctrine, framework names, and illustration standard remain marks of Hand Safety First®. The Last 300 mm Rule™ and all proprietary framework terms are intellectual property of PSC Hand Safety India Private Limited.
Review the Foundation Release before continuing with advanced exposure control applications.
← Open Volume 1 Foundation Release