Why a Framework Is Needed
Hand Safety Has Been Answering
the Wrong Question
Industrial hand safety has spent decades improving what workers wear on their hands. The HSF Exposure-Elimination Framework™ asks a different question first.
“Most organisations ask: which glove should the worker wear? The framework asks: why is the worker's hand near the hazard at all?”
Hand injuries are the most frequently recorded occupational injury category across every heavy industrial sector globally. And yet the conversation about preventing them has remained anchored at the PPE level of the hierarchy of controls — the lowest rung of the ladder.
PPE is necessary. It is not sufficient. A glove protects the hand after exposure has already occurred. The HSF Exposure-Elimination Framework™ works upstream of that moment — identifying where the exposure exists, why the task requires hand presence, and what engineering or mechanical interface could remove that requirement.
The framework was first published in the Global Hand Safety Report 2026 and is now the canonical reference for HSF's approach to task-level hand safety across all industrial sectors.
What Counts as Hand Exposure?
Exposure Is Not the Same as Injury.
It Is What Makes Injury Possible.
Hand exposure occurs when a worker's hand enters a zone where a hazardous event — a load movement, an impact, a pinch, a crush — could cause injury. Exposure is the precondition. Injury is the outcome.
A workplace with zero recorded hand injuries is not necessarily a safe workplace. It may simply be a workplace where the hazardous exposures have not yet resulted in an incident. The framework measures exposure, not only injury.
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Impact Exposure
Hand in the path of a hammer, slogging wrench, chisel, or dropped object. The hand is used as a holding device at the point of impact.
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Pinch & Crush Exposure
Hand between two closing or moving surfaces — a load and its landing point, two mating components, a hook and a sling, a pipe and its collar.
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Suspended Load Exposure
Hand on or near a suspended load during travel, approach, or landing. The load can swing, shift, or drop without warning.
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Rotating Equipment Exposure
Hand in contact with or near rotating pipe, machinery, drill string, or equipment during make-up, break-out, or operational phases.
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Hand-as-Control™ Exposure
The hand is being used as the primary control or positioning device — because no mechanical or engineered interface has been provided for the task.
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Last-Inch Exposure™
The final 50–300mm of approach, alignment, or placement — the moment of highest exposure in most industrial positioning tasks.
The Five-Step HSF Exposure-Elimination Method
A Repeatable Method for
Every Task, Every Sector.
The five-step method is designed for use by EHS managers, plant engineers, operations supervisors, and maintenance planners. It requires no specialist software and can be applied during task risk assessment, SOP development, or plant mapping exercises.
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Identify the Task and the Hand Entry Point
Define the specific task. At what point in the task does the hand enter the hazard zone? What is the worker's hand doing at that moment — holding, guiding, steadying, pushing, pulling, aligning? The entry point is the primary exposure event. Everything downstream of this step depends on answering it precisely.
Task Mapping
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Classify the Exposure Type and Severity
Using the HSF exposure taxonomy — impact, pinch, crush, suspended load, rotating, Hand-as-Control™, Last-Inch™ — classify what kind of exposure exists and how severe the consequence would be if the hazard event occurred. This step quantifies the risk that the next three steps will address.
Exposure Classification
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Ask Whether the Hand Function Can Be Eliminated
Can the task be redesigned so that the hand is not required at that point at all? Can automation, a fixture, a jig, or a pre-positioned tool remove the need for hand presence entirely? Elimination is the highest control. It is not always achievable, but it must always be asked first.
Elimination Test
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Specify the Engineering Control That Creates Distance
Where elimination is not possible, specify the engineering control that creates physical separation between the hand and the hazard. Push-pull tools, magnetic positioning tools, sling handling tools, taglines, stabbing guides, chisel holders, anti-tangle systems — each is a dedicated engineered interface. The control replaces the hand at the contact point. The hand moves further back.
Engineering Control Selection
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Validate, Document, and Build into the Task Method
Specify the control in the SOP. Record the exposure reduction. Confirm that the control is present at the point of use, not stored in a toolroom. Train the crew on the control method, not just on the tool. Schedule for review. The framework is not a one-time audit — it is a permanent feature of task design.
SOP Integration
Why PPE Alone Is Not Enough
The Difference Between
Protection and Prevention.
PPE is the last line of defence in the hierarchy of controls. It is necessary. It is not the complete answer. Understanding the difference between a PPE-first approach and a framework-first approach is the starting point for any serious hand safety improvement programme.
PSC is not anti-glove. Gloves are required. They save hands. But a worker wearing a cut-resistant glove while guiding a swinging suspended load by hand is better protected than the same worker with bare hands — and both are in a situation that should have been engineered differently.
PPE-First Approach
Gloves, sleeves, impact protection |
Framework-First Approach
HSF Exposure-Elimination Framework™ |
| Protects the hand after exposure has occurred | Removes or reduces the exposure before the hand enters the zone |
| Asks: which glove should the worker wear? | Asks: why is the worker's hand near the hazard at all? |
| Measures compliance through PPE issuance and usage records | Measures exposure frequency, severity, and engineering control coverage |
| Does not change the task method | Changes the task method so the hand is not the interface |
| Can achieve zero recorded injuries while exposure remains high | Reduces exposure as the primary metric, not only injury count |
| Scalable through procurement and distribution systems | Scalable through task mapping, SOP integration, and control specification |
Examples Across Industrial Tasks
The Framework in Practice —
Before and After.
The following examples show how the framework changes the task method across different sectors and task types. In each case, the hand exposure is the same problem. The control method is sector-specific.
Lifting & Rigging
Crane load landing — final approach and positioning
Before framework
Worker places hands on the suspended load to guide it into position during the last 300–500mm of crane travel.
After framework
Push-pull tool or magnetic positioning tool provides the interface. Hand stays off the load surface throughout the landing sequence.
→ DC-002 Push-Pull Tools • DC-001 Magnetic Tools
Drilling & Tubular Operations
Drill pipe make-up — pin-to-box stabbing
Before framework
Roughneck places hands at the box end to guide the pin into alignment as the upper joint descends under travelling block tension.
After framework
Stabbing guide captures the pin end and guides it into the box. No hand contact required at the box face during the full stab sequence.
→ TC-007 Pipe Alignment & Stabbing Controls • PSC Stabbing Guides
Steel Plant & Fabrication
Sling placement — threading sling eye onto crane hook
Before framework
Rigger threads sling eye onto hook using fingers in the hook throat while the block is under hoist wire tension.
After framework
Sling handling tool positions the sling eye over the hook point. No finger entry into the hook throat during attachment or release.
→ SH-001 Sling Handling Tools • SH-002 Hook Engagement Controls
Maintenance & Shutdown
Cold chisel driving — weld removal and gasket cutting
Before framework
Worker grips the chisel body directly for every hammer strike, with the hand in the path of a missed or glancing blow throughout the full driving sequence.
After framework
Chisel holder positions the hand behind the collar. Every strike — first to last — lands on the chisel without the holding hand in the strike path.
→ IM-002 Chisel & Cold Chisel Holders
Flange & Pipework
Flange bolt-hole alignment using drift pin
Before framework
Worker holds the drift pin by hand at the flange gap while a second worker drives it with a slogging hammer. Holding hand is inside the hammer arc for every strike.
After framework
Drift holder maintains the pin in alignment without hand entry at the entry point. Single-person operation with hand fully behind the collar throughout.
→ IM-003 Punch & Drift Holders
Offshore & Marine
Suspended load guidance — crane travel on offshore deck
Before framework
Rigger places hands on the load body to prevent swing and guide direction during crane travel across a congested offshore deck.
After framework
Anti-tangle tagline system provides directional control from outside the swing radius. Load travels without hand contact on the load body.
→ LG-001 Taglines & Remote Load Guidance
Further task examples are available across steel plants, oil and gas, aluminium, and foundry environments.
How the Framework Connects to HSF Hand Safety Mapping
From Framework to
Plant-Level Action.
The Exposure-Elimination Framework is the methodology. HSF Hand Safety Mapping is the application — a structured exercise that walks the framework through every task in a plant, department, or operation.
A hand safety mapping exercise identifies every task in a defined scope where a worker's hand enters a hazardous zone. It classifies each exposure, scores it for severity and frequency, identifies whether an engineering control exists and is being used, and produces a prioritised action list for control deployment.
What a Mapping Exercise Produces
A full inventory of hand exposure events across your operation — classified, scored, and matched to available control methods. Not a compliance document. A task-level engineering action list.
Mapping exercises can be conducted as a full-plant audit, a department-level review, a shutdown pre-planning exercise, or a task-specific SOP development session. The framework is the same in each case. The scope is different.
Learn About Hand Safety Mapping →
How Organisations Can Use This Framework
From Individual Tasks to
Organisation-Wide Practice.
The HSF Exposure-Elimination Framework is designed for practical use at every level of an industrial organisation — from a single task redesign to a full plant-level hand safety improvement programme.
Task Risk Assessment
Apply the five-step method during routine JSEA, SWMS, or task risk assessment to identify hand exposure events before work begins.
SOP Development
Specify the engineering control — the tool, the guide, the holder — in the SOP. Make the control part of the method, not an optional aid.
Plant Mapping Exercise
Walk a department or plant using the framework as the audit methodology. Produce a prioritised exposure map and control gap list.
Shutdown & Turnaround Planning
Apply the framework to every non-routine task in the shutdown scope before the outage begins. Specify controls in advance.
EHS Leadership Webinar
Use the framework as the basis for a hand safety leadership session across your EHS, operations, and maintenance teams.
Contractor & Vendor Briefing
Share the framework with contractors as part of site induction to establish a consistent standard for hand exposure assessment across all work parties.
Toolbox Talk Programme
Use individual framework elements — the core question, the exposure types, the Last-Inch™ concept — as monthly toolbox talk themes throughout the year.
Incident Investigation
After a hand injury, apply the five-step method retrospectively. At which step did the control system fail? What engineering control was absent or unspecified?
Frequently Asked Questions
Questions About the
Framework
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What is the HSF Exposure-Elimination Framework™?
The HSF Exposure-Elimination Framework™ is a five-step method for identifying where workers' hands enter hazardous zones during industrial tasks, and for specifying the engineering or mechanical controls that reduce or eliminate that exposure. It was developed by PSC Hand Safety India and first published in the Global Hand Safety Report 2026. It is designed for use by EHS managers, plant engineers, operations supervisors, and maintenance planners across all heavy industrial sectors.
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How is this different from PPE-based hand safety?
PPE — gloves, sleeves, impact protection — sits at the bottom of the hierarchy of controls. It protects the hand after exposure has already occurred. The HSF Exposure-Elimination Framework works upstream of PPE: it identifies the exposure first, asks whether the hand needs to be there at all, and specifies the engineering control that removes or reduces the exposure before PPE selection begins. The framework does not replace PPE. It ensures PPE is not the only control in use.
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What is hand exposure?
Hand exposure is the condition in which a worker's hand is in a position where a hazardous event — a load movement, an impact, a pinch, a crush, a rotation — could cause injury. Exposure is the precondition for injury. A workplace can have zero recorded hand injuries while maintaining high levels of hand exposure — the exposure has simply not yet resulted in an incident. The framework measures and addresses exposure, not only injury outcomes.
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Can this be used in steel, oil and gas, aluminium, mining, and manufacturing?
Yes. The framework is sector-independent — the five steps apply to any task in any industrial environment. The control methods that the framework specifies are sector-specific: push-pull tools and magnetic positioning tools for crane and lifting operations; stabbing guides and pipe handling tools for drilling and tubular operations; chisel holders and slogging controls for maintenance and fabrication; taglines and anti-tangle systems for offshore and marine environments. The framework has been applied across steel plants, oil and gas facilities, aluminium plants, foundries, ports, wind energy, cement, mining, and general manufacturing.
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How does this connect to hand safety tools and products?
The framework specifies the requirement — a mechanical or engineered interface at the point where the hand currently makes contact. The tool delivers that interface. The HSF Exposure Control Encyclopedia™ (First Edition, June 2026) documents over 50 control methods and their representative product implementations across six chapters, including magnetic tools, push-pull tools, taglines, sling handling tools, impact mitigation controls, and tubular control systems. The framework and the encyclopedia are designed to work together: the framework identifies the need, the encyclopedia specifies the solution.