For suspended load positioning, rigging safety, and line-of-fire hand exposure reduction. Push, pull, guide, and position loads without placing hands on the load, sling, hook, corner, frame, pipe, skid, or any pinch-point interface.
RiggerSafe® is a hands-free push/pull load control tool for suspended load positioning and rigging safety. It is placed between the worker's hands and the load — allowing the operator to push, pull, guide, stabilise, and position loads from a safer working distance, without direct hand contact at the load surface.
The tool engages the load at its leading edge, frame, sling path, corner, pipe body, skid rail, or structural face — transmitting directional force through a rigid shaft and giving the operator precise control over final load placement without entering the line-of-fire zone.
RiggerSafe® is not a lifting device. It does not bear load weight. It is engineered specifically for the guiding, pushing, pulling, and final positioning functions that take place after the crane has taken the strain and the load is approaching its landing point.
Most attention in rigging safety is focused on the lift itself — the crane, the slings, the rated capacity, the pick plan. Yet a significant proportion of hand injuries in rigging operations occur not during the lift, but at the moment of final positioning, when the load is near its landing point and workers close the gap by hand.
As the load descends toward its landing point, workers move in to guide it manually. This is when hands enter the zone between the load, the structure, and the ground — the point of highest pinch and crush risk.
A suspended load is never fully stationary. Even micro-oscillation under tension creates unpredictable load movement. A hand placed on or near the load during positioning is exposed to forces the worker cannot anticipate or arrest.
Loads with corners, flanges, feet, base plates, or bracket profiles create pinch geometry as they approach structure, floor, or adjacent equipment. Workers cannot see these pinch points clearly while guiding with bare hands.
Loads moving on a pendulum path at the end of a lift can swing toward a worker's position faster than they can withdraw. At close range, a hand on or near the load has no reaction time advantage.
The final alignment of a load over mounting points, bolt holes, or foundation pads requires precision that workers attempt with bare hands because taglines are too imprecise at this distance. This last-inch phase is where hand exposure is highest.
Taglines are effective for long-range load guidance but lose directional precision as the load approaches its landing zone. Workers compensate by using hands directly — bridging the control gap that a hands-free push/pull tool is designed to fill.
Taglines and push-pull load control tools serve different control functions at different phases of the lift. They are not alternatives — they are complementary tools that together provide continuous load control from hook-on to set-down.
The complete load control sequence: taglines manage the approach → RiggerSafe® controls the final position. Neither replaces the other. Together they close the exposure gap that exists when workers use bare hands to bridge between long-range and close-range guidance.
RiggerSafe® is built to industrial rigging environments — not adapted from a domestic or light-duty product category. Every design feature addresses a specific exposure risk in suspended load operations.
The contact head is engineered to engage the load surface cleanly during both pushing and pulling operations, providing stable directional force transfer without slipping or deflecting under load reaction.
The integrated handguard is a critical safety feature, not a comfort feature. It helps keep the operator's hand behind the safe grip zone during push/pull engagement and reduces the chance of forward hand travel toward the load interface — the zone where pinch and crush injuries occur.
The shaft material is selected for electrical non-conductivity, making RiggerSafe® appropriate for use in environments where accidental contact with energised infrastructure is a risk — utilities, substations, plant maintenance, and infrastructure installation.
The tool body is finished in high-visibility colour to ensure it is seen clearly in congested work areas, under artificial lighting, and in environments where crane operations involve multiple workers and overlapping activity zones.
The grip zone is defined and textured to encourage consistent hand placement during use, reducing the likelihood of grip migration toward the load-facing end of the tool during high-effort push/pull engagement.
RiggerSafe® is available in short, medium, and long shaft configurations to match working distance requirements, load size, access geometry, and site-specific line-of-fire exposure. Length selection is a safety decision, not a convenience preference.
RiggerSafe® is constructed for repeated use in demanding industrial environments — not consumer-grade materials adapted for a safety application. It withstands the impact, abrasion, and load reaction forces present in crane, rigging, and heavy-lift operations.
RiggerSafe® carries no load-bearing rating and must never be used to support suspended load weight. Its engineered function is guidance, pushing, pulling, positioning, and load control during the non-bearing phase of crane and rigging operations.
Any task where a worker's hand is placed on or near a suspended load for the purpose of guidance, positioning, or stabilisation is a task that can be performed with a push-pull safety tool. Hand contact with a suspended load is an exposure — not a technique. Where the exposure can be removed by the use of an engineering control, it should be.
RiggerSafe® is used wherever suspended loads require close-range manual guidance, final positioning, or stabilisation during crane and rigging operations. The tool is industry-agnostic — the exposure it addresses occurs across every sector that lifts.
Common load types: Structural steel sections, pipes and pipe spools, pressure vessels, modular skids, electrical panels and switchgear, generators, pumps and compressors, offshore baskets and containers, precast elements, process equipment, lifting frames, and any load whose final positioning exposes workers to pinch-point, crush, or line-of-fire risk.
Tool length is a safety parameter. The purpose of length is to maintain a working distance between the operator's hands and the load interface — selecting too short a tool reduces this protective distance and partially defeats the exposure-reduction objective.
| Tool Range | Typical Application | Selection Logic |
|---|---|---|
| Short | Confined access, low-clearance bays, tight-space plant maintenance, indoor crane positioning where working room is restricted | Use when site geometry limits arm extension and the load size is moderate with no large pinch-point geometry at the contact face. Operator must still maintain a meaningful standoff from the load surface. |
| Medium | Standard crane operations, structural steel erection, pipe installation, equipment set-down, offshore deck operations with normal access | The most common selection for general rigging and crane operations. Provides practical working distance while maintaining operator mobility and precise force direction control during push/pull engagement. |
| Long | Large loads, high-swing-radius environments, loads with aggressive pinch-point geometry, operations where load motion is less predictable, high-consequence positioning tasks | Where the load is large, the pinch geometry is aggressive, or the potential consequence of load contact with the operator is severe, greater standoff distance is appropriate. Choose long where exposure severity warrants maximum tool-to-hand separation. |
Selection principle: The minimum acceptable tool length is the length that keeps the operator's hands outside the line-of-fire zone during the full range of push/pull motion for the specific task. When in doubt between two lengths, select the longer. Contact PSC for load control mapping support if you are unsure which configuration is appropriate for your operation.
RiggerSafe® is available in high-visibility colours across specific length ranges. Colour selection supports site visibility requirements and hazard-zone identification protocols.
All dimensions are nominal shaft lengths in inches. Contact PSC to confirm current stock availability by colour and size for your location.
RiggerSafe® is part of PSC's wider hands-free load control and hand exposure reduction product system. A complete crane and rigging operation involves multiple phases — and each phase carries its own exposure profile. PSC maps these exposures and provides engineered control tools for each.
Hands-free push/pull load control for suspended load positioning. Close-range rigid guidance at final positioning phase. The primary no-touch load control tool for crane and rigging operations.
Long-range load guidance for controlling load rotation, drift, and orientation during crane travel. Complements RiggerSafe® across the full lift-to-land control sequence.
No-touch positioning and alignment tools for ferrous loads — used where bolts, base plates, and flanges require magnetic grip-based guidance rather than push/pull engagement. Part of PSC's broader hands-free toolkit.
Purpose-built tools for hands-free sling placement, retrieval, and adjustment — eliminating direct hand contact at the sling-to-load interface during rigging preparation and de-rigging.
Hands-free tools for hook engagement, positioning, and release — removing the need for workers to handle the hook directly at point of attachment, particularly in elevated or confined hook positions.
PSC's load control mapping service identifies every point in a lift sequence where hand contact with the load, sling, or rigging hardware occurs and maps the appropriate engineering control for each exposure event.
RiggerSafe® is part of Hand Safety First — a brand owned by PSC Hand Safety India Private Limited. The safety doctrine behind this product range is developed and published by Hand Safety First® — the global knowledge platform for industrial hand safety. Hand Safety First India supports specification and adoption across Indian industrial sectors. PSC provides the industrial product implementation of the control-method framework that HSF defines. The principle is consistent across both: engineer the hand out of the hazard — and where the hazard is a suspended load, RiggerSafe® is the engineering control.
RiggerSafe® is a hands-free push/pull load control tool for suspended load positioning and rigging safety. It allows workers to push, pull, guide, and position loads from a safe working distance — without placing hands on the load, sling, hook, corner, frame, pipe, skid, basket, or any pinch-point interface. RiggerSafe® is part of Hand Safety First, a brand owned by PSC Hand Safety India Private Limited, as part of their industrial hands-free load control product range.
Yes. RiggerSafe® is an industrial push-pull safety tool designed for hands-free load control. It transmits push and pull forces to a suspended or moving load through a rigid shaft, keeping the operator's hands at a controlled working distance from the load surface throughout the positioning task.
RiggerSafe® belongs to the same category as rigging sticks and push-pull tools used to guide suspended loads. It is engineered specifically for industrial rigging environments and is built to the construction standards that crane and rigging operations require. The term "rigging stick" is commonly used for this category of hands-free load guiding tools.
No. RiggerSafe® is not a lifting device and carries no load-bearing rating. It is not designed or tested for supporting suspended load weight. Its engineered function is to push, pull, guide, position, and control loads — not to bear them. All lifting must be performed by certified lifting equipment only.
RiggerSafe® should be used any time a suspended load requires final positioning, alignment, or stabilisation and a worker would otherwise place hands on or near the load surface, sling path, pinch zone, or load-to-structure interface. If the task involves guiding, pushing, pulling, or steadying a load that is on the hook — use a hands-free push-pull tool.
Taglines provide long-range load guidance from distance — managing load rotation and drift during crane travel. As the load approaches its landing zone, taglines lose directional precision. RiggerSafe® takes over at this point as close-range rigid load control, guiding the final position without direct hand contact. Taglines manage the approach; RiggerSafe® controls the landing. They are complementary tools, not alternatives.
Tool length determines working distance — the gap maintained between the operator's hands and the load interface during push/pull engagement. A longer tool provides greater standoff. Selecting too short a tool reduces the protective distance and limits the exposure-reduction benefit. Length selection should be based on load size, access constraints, pinch-point geometry, line-of-fire exposure, and the specific positioning task requirements.
RiggerSafe® is used across crane and rigging operations, offshore and oil & gas platforms, steel plant maintenance, construction and precast erection, mining maintenance, ports and logistics operations, utilities infrastructure, heavy equipment alignment, and any industrial sector where suspended loads are guided manually during final positioning. The exposure it addresses — hand contact with a suspended load near landing — is present across every industry that lifts.
Send PSC a task description, photo, or video of your current load positioning method and receive a hands-free load control recommendation for your specific operation.