Project Sales Corp

20/05/2026

If the safest glove is the one workers actually wear, the safest task is the one where the hand is no longer in the hazard zone.

Gloves matter.
Good PPE matters.
Comfort, grip and dexterity matter.

But PPE still begins with one assumption:

The hand is already close to the hazard.

That is why the next step in hand safety cannot only be better gloves. It has to be better task design.

Can the hand be kept away from the pinch point?
Can the load be guided from a safer distance?
Can the worker position, push, pull, stabilise or align without touching the hazard directly?

That is where engineering controls change the conversation.

Because the goal is not just to protect the hand.

The goal is to remove the hand from the hazard wherever possible.

Engineer the Hand Out of the Hazard™
https://online.flippingbook.com/view/767570836/

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07/05/2026

Hand injuries are still happening across heavy industries because workers are often required to guide suspended loads by hand during final positioning.

Gloves can reduce injury severity.
But engineering controls help remove exposure from the hazard zone.

Hands-free operations are helping industries move from reactive safety to exposure prevention.

Read the full article:
“We Did Everything Right… So Why Do Hand Injuries Continue?”

https://www.linkedin.com/pulse/we-did-everything-right-so-why-hand-injuries-mvsif/?trackingId=ljUK%2BSO%2BfNwDz217Nwr65Q%3D%3D

28/04/2026

Every operation looks controlled—until the final few millimetres.

That is where the hand enters.
That is where most risks exist.

At the PSC Hand Safety Experience Centre in Visakhapatnam, we approach this differently. Not through theory or awareness—but through real task evaluation.

We break down tasks to identify where hand exposure occurs, test engineered solutions like push-pull tools, hook tools, tagline systems, and magnetic interfaces, and map them back to actual shop-floor conditions.

The objective is simple:
Replace hand contact with controlled, repeatable methods.

Because safety is not about managing exposure.
It is about removing it.

📍 Visakhapatnam, Andhra Pradesh
📩 [email protected]

27/04/2026

In every industry — steel, wind, oil & gas — the pattern is the same.

The system does most of the work.
But the final step still depends on the hand.

And that is where injuries happen.

Not during major failures.
During routine actions like guiding, positioning, and adjusting.

We mapped this into 6 hand exposure zones — repeatable patterns where task design requires hands to enter risk.

This is not about improving behavior.
This is about eliminating exposure through better design.

Explore the framework:
👉 https://lnkd.in/gv-t-AZ6

25/04/2026

Every plant says, “Keep hands clear.”
But step onto the shop floor, and the reality is different.

Hands are still guiding loads.
Hands are still adjusting alignment.
Hands are still entering pinch and crush zones during routine work.

This is where most injuries actually happen — not during major incidents, but during everyday operations.

This is not just a PPE issue.
This is not just a training issue.
This is a task design issue.

If a process still depends on the human hand near a hazard, the risk is already built into the job.

The shift forward is clear:
✔ Remove the hand from the hazard
✔ Replace it with engineered controls
✔ Create distance through hands-free operations

Industries like steel, oil & gas, manufacturing, and wind are already moving toward this approach.

The real question is no longer:
“How do we protect the hand?”
It is:
“Why is the hand still in the process?”

🔗 Learn more: https://pschandsfree.com/
📩 [email protected]

23/04/2026

Most hand injuries in steel plants don’t happen during major failures.
They happen during everyday tasks—alignment, adjustments, and quick corrections.

That’s why this isn’t just a safety problem.
It’s a task design problem.

When hands are part of the process, exposure is already built in.

Instead of relying only on PPE or behavior, the focus should shift to removing the hand from the task itself. Creating distance. Designing safety into the work.

This approach uses simple, practical “third-hand” systems that can be deployed in existing operations—no automation, no complex redesign, no heavy investment.

The framework covers:
• Suspended load control
• Magnetic retrieval
• Guiding and positioning
• Impact and strike protection

4 systems. Zero hand exposure. Immediate implementation.

If you can identify even 2–3 tasks where hands are still involved, that’s where the risk begins—and where change should start.

📩 [email protected]
📞 +91-98851-49412

15/04/2026

We’ve been asking the wrong question about hand safety.

Every time an incident happens, the focus is on PPE:
“Were gloves worn?”

But the real question is:
Why was the hand exposed to the hazard in the first place?

Gloves do not prevent crush injuries, pinch points, or caught-between hazards. They protect the skin — not the situation.

A gloved hand in a danger zone is still at risk.

Real workplace safety begins when we move beyond PPE and start eliminating exposure through better task design and engineering controls.

At PSC Hand Safety India, we focus on removing the need for hand contact — because the safest hand is the one that was never there.

🌐 handsafetyindia.com

13/04/2026

If gloves were enough, hand injuries would have disappeared years ago.

And yet, across plants, yards, and sites —
hand injuries remain one of the most frequent incidents.

Because the problem isn’t compliance.
It’s the model.

We’ve been taught to think:
→ Hand safety = gloves
→ Protection = PPE
→ Control = enforcement

But step onto any shop floor and you’ll see it:

A worker guiding a suspended load
A hand stabilising moving equipment
A moment of instinct — hand reaches out

Gloves on.
Risk still there.

Because gloves protect skin.
They don’t remove the hazard.

A gloved hand in a pinch point is still a hand in a pinch point.
A gloved hand under load is still a crushed hand.

So the real question is not:
“Were gloves worn?”

It is:
“Why was the hand there at all?”

We’ve put this thinking into a structured industry whitepaper:
Beyond Gloves: Why Hand Safety Needs a New Model

It challenges the PPE-first approach
And lays out what comes next:

→ Eliminating hand exposure
→ Engineering distance and control
→ Moving from protection to prevention

If you’re responsible for safety, operations, or plant performance —
this is a conversation worth having.

Download the whitepaper here.

The safest hand is the one that was never there.

11/04/2026

Stop Hand Injuries During Suspended Load Handling

In many industrial operations, injuries don’t occur during lifting — they happen during final positioning of a suspended load.

Workers often:
• Guide loads with bare hands
• Try to control sudden movements
• Enter dangerous line-of-fire zones

Even a small shift in a suspended load can result in serious crush or pinch injuries.

It is time to move from reacting to hazards to eliminating them.

The PSC LoadGuider® Push Pull Tool helps:
✔ Guide suspended loads without hand contact
✔ Maintain safe distance from hazards
✔ Improve control and precision
✔ Reduce risk during critical operations

This is not just a tool — it is a smarter safety approach.

Engineer the hand out of hazard.

📞 +91 9100932334
📧 [email protected]
🌐 pschandsfree.com

03/01/2026

🛢️Rig floors don’t forgive mistakes.
They punish exposed hands.

Every time a pipe is nudged, aligned, or guided by hand, crews step into pinch points, crush zones, and line-of-fire risks—often during jobs labeled as “normal.”

Policies say hands off.
Reality says someone still needs control.

That’s where RoughNek™ changes the outcome.

🔵 RoughNek™ – Oilfield Push Pull Tool for Rig Floor Pipe Handling
Designed specifically for drilling operations, it allows crews to push, pull, and position pipe without putting their hands where steel moves.

✔ Built for rig floors—not workshops
✔ Handles harsh oilfield abuse
✔ Works on onshore, offshore, jack-up & workover rigs
✔ Supports safety without slowing the job

This isn’t about adding another rule.
It’s about giving crews a safer way to work that actually fits rig life.

If reducing hand & finger injuries is a priority—not just a statistic—start with the right tool.

📞 +91 9603166448
📧 [[email protected]]
🌐 pschandsafetyindia.com

24/11/2025

🚀 Introducing the NEW PSC Load-it No-Touch Tool with Serrated S Head

Handling structural materials just got safer and far more controlled.

The new PSC Load-it No-Touch Hand Safety Tool is built for operators who need precision, distance, and a solid non-slip hold—especially when working with beams, channels, angles, and other heavy profiles.

Why the Serrated S Head?
The deep serrations bite firmly into surfaces, giving crews an exceptionally strong, slip-resistant grip while keeping hands well away from the line of fire.

Where it Works Best
Perfect for plants, fabrication shops, yards, and any industrial environment where safe guiding and accurate material control matter.

Key Features
✔ Strong non-slip grip
✔ Lightweight, easy to handle
✔ Available from 1 ft to 12 ft to suit workshop or on-site operations

Explore more:
🌐 www.pschandsfree.com
🌐 www.pschandsafetyindia.com
🌐 www.notouchsafetytools.com

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