A standardized, tool-based approach to load control — designed for multinational industrial deployment across all facilities and regions.
Hand injuries remain among the most frequently recorded incidents across industrial environments worldwide. In material handling and load positioning operations, the exposure is persistent — and in many cases, preventable.
As organizations review their 2026 safety frameworks, a consistent, standardized approach to rigging operations presents a meaningful opportunity to reduce risk at scale.
This proposal outlines a globally deployable rigging safety standard — the 2026 Hands-Off Rigging Standard — and presents RiggerSafe as the practical enabling tool for its implementation across multinational operations.
The proposal addresses the nature of the risk, the required operational shift, product specifications, compliance alignment, logistics capability, and a clear pathway to deployment.
Across industrial regions — Europe, the Middle East, North America, and Asia — hand injuries carry both direct and indirect costs. Lost-time injuries, medical expenditure, productivity disruption, and workforce availability are all affected.
Across industrial regions, hand injuries carry both direct and indirect costs, impacting productivity, workforce availability, and safety performance metrics.
For multinational organizations operating across multiple sites and regulatory jurisdictions, the cumulative impact is significant. Yet much of this exposure is concentrated in a predictable and controllable phase of rigging activity.
Hand injuries in rigging operations rarely occur during the lift itself. The greater exposure arises during the final phase: positioning, alignment, and controlled landing of suspended loads.
At this stage, workers instinctively use their hands to guide loads into position — placing them between a moving load and a fixed structure.
Hands caught between load and landing surface during final placement.
Fingers or palms trapped during swing correction or alignment.
Load movement during guiding causes direct impact to hand or forearm.
Addressing this risk does not require a wholesale change to operational processes. It requires a targeted change in how personnel interact with suspended loads during the final phase of each lift.
The shift is straightforward: move from using hands as the primary control point to using purpose-designed tools that maintain safe working distance.
A globally deployable rigging standard built around one consistent principle — applicable across all industries, regions, and facility types.
The standard defines a clear behavioural and procedural expectation for all rigging operations involving the positioning, alignment, and landing of suspended loads.
RiggerSafe was developed specifically for riggers operating in demanding industrial environments. It is not a modified general-purpose tool — it is built for the precise application of load positioning and guidance.
Lightweight, practical, and designed for everyday use across shifts, it supports the core objective: keeping hands away from the load at the moment of highest exposure.
Its versatility across industries — oil & gas, manufacturing, construction, ports, mining, and utilities — reflects a design philosophy aligned with how rigging is actually performed in the field.
The product range is designed to support centralized procurement for multinational organizations, with consistent specifications, clear identification systems, and a global supply chain capable of supporting multi-site rollouts.
RiggerSafe is already deployed across diverse industrial environments in over a dozen countries, demonstrating its adaptability across regions, climates, and operational contexts.
The use of distance-maintaining tools in load positioning aligns with general safety principles adopted across global regulatory frameworks. RiggerSafe supports organizational alignment with:
The use of tools for maintaining distance aligns with general safety principles adopted across global regulatory frameworks. The standard does not create compliance conflict — it provides a practical mechanism for meeting existing obligations more consistently.
For multinational procurement teams, commercial readiness is as important as product suitability. RiggerSafe is designed to support centralized procurement and multi-site deployment across countries, with flexible logistics infrastructure in place.
The rollout approach is designed to integrate with existing EHS management systems and operational workflows without causing disruption. It follows a straightforward four-stage model.
Map rigging activities with hand-exposure risk across all facilities and operational sites.
Deploy the appropriate RiggerSafe lengths to each site based on load types and operational requirements.
Brief riggers and supervisors on correct tool use and the principles of the Hands-Off Rigging Standard.
Embed tool use within standard operating procedures, inspection routines, and safety performance monitoring.
As organizations move toward 2026 safety targets, implementing a consistent, tool-based approach to load control presents a practical opportunity to reduce hand injuries across global operations.
The investment is modest. The logic is straightforward. The potential impact — measured in reduced injuries, improved workforce availability, and stronger safety performance across every site — is significant.
Contact the RiggerSafe team to discuss centralized procurement, site assessment, and multi-region rollout planning.
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