Hands-Free
Load Control
System™
Every hand injury in a lifting operation is a system failure — not a human one.
Injuries don't happen during the lift.
They happen during the intervention — when a worker reaches in to correct what a tool should have controlled.
Final alignment
Hand guides load under suspended weight.
Manual correction
Worker reaches in mid-operation to fix.
Tool at strike point
Fingers hold punch, chisel, or guide.
Material engagement
Direct grip of ferrous components.
If your program doesn't address what happens after the crane stops, it addresses less than half the problem.
Protection manages risk. Elimination ends it.
PPE / Gloves
✓ Reduces injury severity
✗ Does not remove the hand from the hazard
Training
✓ Improves decision-making
✗ Cannot override task necessity
Awareness
✓ Raises vigilance
✗ Vigilance is not a physical barrier
Every program that stops at protection has accepted a preventable injury rate as normal.
Four stages. Four tools. Zero hand contact.
Control
Load in motionHSF Rigger TagLine
Position
Final placementRiggerSafe Push/Pull Tools
Handle
Material engagementHSF Magnetic Tools
Operate
Task executionHSF Hands-Off Tool Suite
Each stage closes an exposure gap the previous stage cannot reach.
HSF Rigger TagLine
Load control during movement
Maintains directional control of suspended loads. Prevents swing and rotation during crane movement.
The operator never touches the load. Movement is controlled. Boundary is clear.
RiggerSafe Push/Pull Tools
Final placement alignment
Delivers precise final-placement alignment — the highest hand-exposure moment in any rigging operation.
Force is applied through the tool. The hand never contacts the load or its landing zone.
HSF Magnetic Tools
Material engagement
Engages, lifts, moves, and holds ferrous materials — plates, bars, components — without grip or skin contact.
Gripping is eliminated as an action. The material is never touched by hand.
HSF Hands-Off Tool Suite
Task execution
Pipe lifters, punch & chisel holders, Huwe wrench, bolt grippers, Slidesledge. Fingers stay away from the point of force.
The most overlooked stage in industrial safety. Absent from virtually every conventional program.
Most programs stop at Stage 2. The injury rate explains why.
Stages 3 and 4 are left to improvisation, habit, and PPE — in every program that does not use this system.
Three steps. No partial adoption.
Map every exposure point in the work sequence
Task-level audit across lifting, positioning, material handling, and task execution. Document every moment the hand enters — or could enter — the hazard zone. Do not stop at the lift plan.
Assign a mandatory engineering control to every stage
Control → HSF Rigger TagLine | Position → RiggerSafe Push/Pull Tools
Handle → HSF Magnetic Tools | Operate → HSF Hands-Off Tool Suite
Standardize, enforce, and close the loop on improvisation
Specify the required tool per task in the job method statement. Remove the option to improvise. The system works when it is followed without exception.
What changes when the hand leaves the hazard zone.
Injury rates fall at the source
The mechanism of injury no longer exists. The root cause is removed — not managed.
Task precision increases
Engineered tools outperform unassisted hands. Rework from misalignment decreases.
Operational tempo improves
No incident. No investigation. No recovery time. The work is done right, first time.
PPE returns to its correct role
Last line of defence — not the first. The hierarchy of controls is restored.
The standard is not better protection.
The standard is no exposure.
If any stage of your current operation still requires the hand to enter the hazard zone, the system is incomplete. This framework closes that gap.