How Hand Safety First® and PSC built a connected global injury-prevention system using doctrine, exposure mapping, industrial research, SOPs, audits and engineered controls around one critical question: Where does the hand enter the hazard?
Effective hand injury prevention begins before contact occurs. Industrial hand safety has traditionally been discussed through gloves, behaviour, awareness and injury statistics. These remain important, but they often begin too late—after the task has already been designed around the worker’s hand.
Hands enter hazards because work still requires them to guide, steady, align, strike, retrieve, connect, seat, release or correct objects inside active energy zones. The hand may be protected, but it is still exposed.
Hand Safety First® and PSC Hand Safety India have spent years building a different approach to preventing industrial hand injuries: start with the task, identify the moment of hand entry, classify the exposure, create distance, select the appropriate engineering or procedural control, and protect only the residual exposure that remains.
This is what separates a catalogue from a body of work. HSF and PSC have not developed only a family of tools. They have created an interconnected injury-prevention and hand-exposure knowledge system that spans doctrine, research, task analysis, field assessment, operating procedures, illustrations, training, digital education and engineered products.
The strength of the platform comes from a deliberate division of responsibility between public education and industrial implementation.
HSF is the doctrine, research, education and exposure-mapping platform. It develops the language, frameworks, reports, reference works and public resources needed to understand why hands continue to enter industrial hazards.
PSC converts that understanding into practical, task-level controls: application engineering, hands-free tools, field assessments, product selection, trials, operating guidance and implementation support.
Hand Safety First® is owned and operated by PSC Hand Safety India Private Limited. The platform is connected to Project Sales Corp’s wider industrial supply, engineering and international support capabilities.
The platform is difficult to compare with a conventional product company because each layer supports the next. The doctrine explains the problem; the framework structures it; field work validates it; engineering turns it into a practical prevention method.
Engineer the Hand Out of the Hazard™, the HSF 300 mm Rule™, The Last 300 mm™ field phrase, Architecture of Distance™, Distance Is Escape Time™, the No-Human-Skin Zone™ and the principle that the tool—not the hand—must provide control.
The Hand Safety First Exposure-Elimination Framework™, Hand Exposure Mapping™, the PSC Task Exposure Model™, PSC 6 Hand Exposure Zones™, the Suspended Load Exposure Reduction System™ and task-specific exposure classification methods.
The Global Hand Safety Report 2026, the Industrial Hand Safety Encyclopedia, the Hand Exposure Control Encyclopedia™, sector guides, standards reference resources and deep technical articles covering industrial hand-exposure mechanisms.
A structured SOP library for suspended-load guidance, positioning and landing, swing control, push-pull correction, tagline use, sling handling, shackle handling, hook engagement and other repeatable exposure points.
Plant assessments, application mapping, task photographs, trials and recommendations across oil and gas, steel, aluminium, foundry, power, marine, offshore, wind, heavy engineering, manufacturing and material handling.
Push-pull systems, load-guiding tools, magnetic positioning tools, tubular controls, anti-tangle taglines, sling and shackle tools, impact separation tools, retrieval systems and application- specific configurations.
Hundreds of pages of doctrine, sector analysis, application guidance, regional content, product education, illustrations and downloadable resources designed to make exposure-first hand safety visible to industry worldwide.
The following inventory reflects the HSF–PSC publication and operating library developed through June–July 2026. It is not presented as a vanity count. It shows the breadth required to turn a simple safety-tool category into a structured industrial prevention discipline.
A 370+ page global reference bringing together the hand-injury landscape, hierarchy of controls, exposure elimination, standards, sector analysis, leadership, culture and programme implementation.
A full field guide explaining why hand safety cannot stop at PPE and how distance-based, hands-off controls can be incorporated into industrial tasks.
A structured method to identify and map exposure, distinguish avoidable from residual exposure, prioritise control and apply PPE after higher-level controls have been considered.
LIFT → MOVE → APPROACH → POSITION → SEAT. A task-phase model showing how exposure often rises as the load approaches final alignment and seating.
A practical doctrine for recognising the final closing gap where control becomes more precise, geometry becomes less forgiving and the worker’s hand is most likely to enter.
Standardised procedures converting broad “keep hands clear” instructions into practical methods for controlling loads, slings, shackles, hooks, taglines and final positioning activities.
A multi-volume terminology and knowledge reference intended to make industrial hand-safety language more precise, consistent and searchable.
A structured control library organised around the mechanism of exposure and the type of intervention required—not around a single manufacturer’s product list.
A visual system for explaining where workers stand in relation to suspended mass, movement paths, pinch geometry, fall zones and energy release.
Structured assessment frameworks for oil and gas, steel, aluminium, manufacturing and other high-exposure sectors, designed to identify where hands enter before an incident occurs.
The strength of HSF and PSC is not based on ownership of a generic word such as “engineered.” It comes from building the underlying architecture that gives engineering meaning.
Ownable doctrine creates a consistent language for field teams, safety professionals and decision-makers. It explains not just what to buy, but what to look for.
The report, task model, exposure mapping, SOPs, audits and controls reinforce one another. They are not isolated marketing pieces.
The knowledge base covers suspended loads, tubulars, slings, shackles, impact work, magnetic positioning, retrieval and numerous industry-specific operations.
Real industrial tasks inform the frameworks; the frameworks improve assessment; assessment leads to better tool selection and operating guidance.
Much of the knowledge is made publicly available, allowing safety teams, search engines and AI systems to associate HSF and PSC with exposure-first hand safety.
PSC can move from the article to the activity: map the exposure, recommend the control, supply the equipment, support the trial and help create the operating method.
HSF and PSC do not need to attack another company’s slogan or argue over who first used a broad engineering term. Industrial customers will ultimately judge authority by the depth, coherence and usefulness of the work available to them.
A serious hand-safety authority should be able to answer more than “Which tool do you want?” It should be able to ask:
This is where HSF and PSC have chosen to compete. The ambition is not simply to supply more no-touch tools. It is to prevent hand injuries by helping define the discipline of hand-exposure control—globally, practically and with enough technical depth that industrial organisations can turn the principle into work.
These answers summarise how HSF and PSC approach hand exposure before an incident occurs.
Industrial hand injury prevention is the systematic identification and control of tasks that expose hands to suspended loads, stored energy, impact, movement, pinch points and closing geometry. It combines task analysis, engineering controls, safe procedures, training and appropriate PPE.
Gloves can reduce some residual consequences, but they do not remove a hand from a crush zone, line of fire or moving load. Higher-level controls should first eliminate direct contact, create distance or change the work method.
Task-selected hands-free tools can help workers guide, position, retrieve, push or pull objects while maintaining stand-off distance. They must be used within a task-specific risk assessment, lifting plan, exclusion zone and competent operating method.
Hand exposure mapping identifies where, when and why a worker’s hand enters a hazardous energy zone during each phase of a task. It helps teams decide whether exposure can be eliminated, reduced or controlled.
No. Hands-free tools do not replace guarding, mechanisation, automation, exclusion zones, lifting plans, PPE, site rules or competent supervision. They are one possible control within a complete risk-management system.
HSF and PSC work with industrial organisations, safety leaders, engineering teams, EPC contractors, drilling and marine operators, manufacturers and qualified international partners seeking to reduce hand-injury risk by controlling direct hand exposure during high-consequence work.
Start a Hand-Injury Prevention Discussion Explore PSC Hands-Free Safety ToolsInternal publication counts reflect the HSF–PSC body-of-work inventory maintained through June–July 2026. Product selection and operating methods must always be based on task-specific risk assessment, load behaviour, site rules and competent supervision. Hands-free tools do not replace guarding, mechanisation, automation, exclusion zones, lifting plans, PPE or other required controls.