Hand Safety First India is the education, exposure-mapping, and hand safety awareness platform of PSC Hand Safety. We help Indian industries identify where hands enter hazardous tasks — and apply practical no-touch, hands-off, and distance-based controls to reduce exposure to pinch, crush, cut, burn, impact, caught-between, suspended-load, and line-of-fire risks.
Do not wait for hand injuries to happen. Identify hand exposure before injury happens.
Most hand safety programmes focus on PPE, training, awareness posters, toolbox talks, and incident reporting. These are important, but they are not enough.
In many industrial tasks, workers still use their hands as tools — to guide suspended loads, hold steel sections, align components, push jammed trays, steady hot materials, pull slings, position mould boxes, adjust chains, handle hoses, or control moving equipment.
Hand Safety First India helps companies ask a better question.
Instead of asking only, "Which glove should we use?" — we ask: "Where does the hand enter the hazard, why does it enter, and how can we engineer it out?"
This shift — from protection-after-exposure to prevention-of-entry — is the foundation of everything Hand Safety First India and PSC Hand Safety does.
Start a Hand Safety MappingHand Safety First India is now part of PSC Hand Safety, bringing together hand safety education, field experience, no-touch tool mapping, and practical engineered controls for Indian industry.
The platform is built around PSC's core doctrine:
This means reducing dependence on direct hand contact wherever workers are exposed to pinch points, crush zones, line-of-fire paths, suspended loads, caught-between hazards, sharp edges, hot surfaces, moving machinery, stored energy, slips during alignment, or final positioning risks.
PSC Hand Safety develops and supplies practical tools, task controls, and exposure-reduction methods that help workers keep their hands away from hazardous contact points.
Gloves protect the hand after exposure occurs. But many serious hand injuries happen because the hand was allowed to enter the hazard zone in the first place.
Where are hands being used to guide, hold, push, pull, align, steady, lift, position, or correct? Start by mapping every moment of hand contact.
Is the risk pinch, crush, cut, burn, impact, caught-between, stored energy, or line of fire? Each hazard type demands a different control category.
Can the task be done using distance tools, no-touch tools, magnetic tools, taglines, hooks, push/pull poles, lifters, holders, fixtures, guides, or redesigned methods?
The goal is not only fewer injuries. The goal is fewer moments where hands are placed in danger — before any injury occurs.
Zero hand injuries does not always mean zero hand exposure.
A plant may go months without a reported hand injury while workers continue placing their hands into pinch zones every day. When an injury finally occurs, it appears sudden — but the exposure was present all along.
That is why Hand Safety First India encourages exposure-led thinking. Identify and map hand exposure now — do not wait for an incident to reveal it.
Request Exposure MappingIf your workers perform any of these tasks, hand exposure is already present. The question is whether it has been mapped and controlled.
Rolling mills, finishing lines, coil handling, plate handling, crane operations, maintenance, fabrication yards, furnace areas, and shutdown tasks.
Smelters, rolling mills, extrusion plants, casting areas, maintenance workshops, and material handling zones.
Mould boxes, casting fixtures, reinforcement sections, EOT crane handling, fettling, finishing, and hot/dusty environments.
Gearbox assembly, bearing fitment, large component handling, shaft positioning, heated interference-fit operations, and crane-assisted assembly.
Rig operations, tubular handling, suspended loads, hose handling, hammer unions, skids, baskets, containers, valves, and deck operations.
Material transfer, equipment maintenance, conveyor work, mobile equipment zones, lifting, loading, unloading, and heavy component handling.
Matched to the hazard. Suited to the task. Designed to keep hands out of the danger zone.
Used where workers are currently pushing, pulling, aligning, or guiding loads by hand. Suitable for suspended load positioning, final alignment, crane-assisted handling, tray and rack pushing, steel section movement, and heavy equipment positioning.
Used to create physical distance between the worker's hand and the hazard. Suitable for pushing jammed trays, pulling or repositioning loads, aligning components, moving sections without direct hand contact, and controlling loads from outside the pinch zone.
Used where the workpiece is ferrous and workers are entering pinch zones to hold, guide, lift, or position. Suitable for MS plates, flat bars, reinforcement sections, mould boxes, ferrous components, sheet and plate positioning, and steel fabrication tasks.
Used where suspended loads need swing control or directional guidance from a safer distance. Suitable for crane lifts, large suspended loads, equipment positioning, offshore and marine lifts, and foundry and steel plant lifting tasks.
Used where workers hold spanners, chisels, pins, wedges, or components while hammering. Suitable for hammering tasks, slugging wrench work, pin driving, chisel holding, wedge positioning, maintenance, and shutdown jobs.
Used where workers place hands near moving hoses, pipe sections, tubulars, or round objects. Suitable for hose positioning, pipe alignment, tubular handling, rolling object control, rig operations, and plant maintenance tasks.
Many companies do not immediately know which tool or control they need. That is the most common situation — and it is exactly what we are here for.
Send us photos, videos, task descriptions, or incident scenarios. PSC Hand Safety will review the task and help map the hand exposure before recommending a control.
Hand Safety First India can support your company through focused hand safety awareness and exposure-reduction webinars, customised for your sector and team.
Practical guides, checklists, and field tools for HSE leaders, maintenance teams, operations managers, and plant heads.
A practical guide for site teams to identify and map hand exposure across common industrial tasks.
Guidance on selecting and applying no-touch load control tools for crane and manual handling operations.
A task-by-task checklist for HSE teams to audit hand exposure in steel, aluminium, foundry, and maintenance activities.
Match push/pull and distance tools to specific tasks and load types in your plant or workshop.
Sector-specific guides for steel, aluminium, foundry, oil & gas, marine, and heavy engineering operations.
The latest global data and insights on industrial hand injuries, exposure trends, and prevention methods.
Print-ready awareness posters in English and regional Indian languages for plant display and toolbox talks.
Pre-mapped tool selection sheets for common high-exposure tasks, ready for your safety documentation.
You do not need to know the exact product name. Send us the task, photo, or video. We will identify the hand exposure and recommend the right type of control.
Project Sales Corp
28, Founta Plaza, Suryabagh
Visakhapatnam – 530020
Andhra Pradesh, India
For faster review, send task photos or videos by WhatsApp along with your company name, plant location, and the task description.