Engineer the Hand Out of the Hazard. Eliminating caught-between exposure before the injury occurs — the foundation of modern industrial hand safety.
A caught-between injury occurs when a worker's hand, finger, or body part becomes trapped, compressed, crushed, or caught between two objects, surfaces, materials, or pieces of equipment. They are present wherever movement, pressure, force, gravity, stored energy, or shifting loads exist.
When industrial force closes around the hand, the outcome is immediate. Gloves cannot stop crushing force. Reaction speed cannot overcome shifting materials or moving machinery. Once exposure exists, injury potential exists.
The PSC 6 Hand Exposure Zonesâ„¢ framework identifies the operational zones where caught-between injuries most frequently occur, determining the engineering control strategy required to eliminate risk.
Where workers manually position steel, pipe, beams, flanges, or suspended materials — highest frequency of finger crush incidents.
Where loads, equipment, or surfaces can trap the hand unexpectedly, delivering sudden and overwhelming force transfer.
Where movement, gravity, force, or stored energy place the hand directly inside the danger pathway of uncontrolled energy transfer.
Where moving or rotating equipment creates entrapment hazards through cyclic mechanical action and unpredictable engagement.
Understanding specific exposure scenarios allows operations teams to select the appropriate engineering control and elimination strategy for each task.
Caught-between injuries and pinch point hazards exist in nearly every industrial environment where movement, pressure, suspended loads, or shifting materials are present. Within the PSC operational exposure model, these tasks are treated as predictable exposure environments requiring engineered separation.
Industrial hand safety must follow the hierarchy of controls — prioritising physical exposure elimination above all else. Protective gloves cannot stop crushing force or caught-between trauma.
The PSC No-Touch Frameworkâ„¢ applies a single governing principle across all industrial movement operations: if any of the following conditions exist, the hand does not belong there.
Distance creates safety. The PSC No-Touch Frameworkâ„¢ applies this principle across lifting, rigging, fabrication, material handling, alignment work, maintenance tasks, and all industrial movement operations.
The warning signs always exist before a caught-between injury occurs. The question is not whether workers understand the hazard — it is whether the task has been engineered to eliminate exposure.
The future of industrial hand safety is not better reaction time. It is engineered exposure elimination. It is no-touch operations. It is designing work so the hand never enters the hazard zone in the first place.
Access the complete PSC No-Touch Frameworkâ„¢, 6 Hand Exposure Zonesâ„¢, Line-of-Fire Assessment Matrixâ„¢, and Hand Exposure Elimination resources at Hand Safety India.
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