Hammering tasks using chisels and punches are among the most common — and most overlooked — sources of hand injuries in industrial environments. Across fabrication shops, refineries, and steel plants, workers frequently hold chisels or punches manually while striking them with a hammer.
The PSC Chisel & Punch Holder addresses this by removing the hand from the impact zone while maintaining full control of the task.
In hammering applications, risk is not just from the hammer itself — it comes from hand placement near the point of impact. According to the broader framework at handsafetyindia.com, most hand injuries occur not during heavy lifting, but during positioning, alignment, holding, and impact assistance. This is exactly where chisel and punch work falls.
When a chisel is held manually, the hand is positioned close to the strike zone — any deviation in hammer strike creates immediate injury risk. Using a holder creates distance, removes the hand from the strike line, and reduces exposure to pinch points and crush zones.
- Hand positioned near strike zone
- Any deviation = immediate injury risk
- Vibration increases hand exposure
- Direct pinch & crush hazard present
- Hand kept at safe distance
- Removed from the strike line
- Reduced pinch point & crush exposure
- Consistent, stable task control
PSC's design focuses on performance under repeated industrial use — not just basic construction. The goal is aligned with a core principle: eliminate hand exposure, not just protect the hand.
- Basic construction only
- Inconsistent grip and control
- Limited consideration for fatigue
- Performance varies under impact
- Designed for hammering applications
- Stable control under repeated strikes
- Reduced operator fatigue by design
- Consistent performance across shifts
The use of a chisel & punch holder fits directly into the PSC Hand Exposure Elimination Framework™. Within this framework, the tool applies to Impact & Holding Tasks — where the hand is traditionally used to stabilize or position an object during force application.
This is not just a small tool — it represents a fundamental shift in how tasks are approached at the micro level.
Any task involving hammering combined with manual holding near the impact zone is a candidate for this control. This application is common across:
"If the hand is holding the tool during impact, the risk is already present."