In pits, drives, and processing plants, the hazard does not wait for the right moment. Neither does an uncontrolled load. Distance is the only reliable protection.
Open-cast benches, underground drives, processing plant decks, and crusher feed areas operate under conditions that multiply every hand injury risk found in standard industrial work — and introduce several that don't exist anywhere else. Confined headings with no retreat space, continuous vibration from blasting, machinery operating within metres of lifting tasks, and ore that moves unpredictably — these are the conditions that turn a routine lift into a catastrophic hand injury in under a second.
Add the reality of 12-hour rotating rosters, remote site locations hours from major trauma centres, and operations that cannot be paused — and the argument for eliminating hand contact with loads, rigging, and heavy components is no longer a safety recommendation. It is the only acceptable standard.
A pinch point in a factory is dangerous. A pinch point at the feeder of a jaw crusher with a 25-tonne haul truck reversing 10 metres away is where hands are destroyed. This is where control is lost.
Confined space removes the ability to step back. Heavy mobile equipment — LHDs, haul trucks, graders, excavators — operates within reach of maintenance and rigging tasks. Ground vibration from blasting and production drilling alters load behaviour on hoists and chain blocks. Ore, rock, and slurry are unpredictable materials. Workers instinctively reach in to control a swinging component in a tight heading, or guide a slurry pipe into alignment with bare hands — placing themselves in the crush zone at the exact moment force is at its maximum. This is where hands get injured. This is where PSC tools change outcomes.
PSC hands-free tools do not ask workers to be more careful. They change the physical relationship between the worker and the hazard — by introducing a rigid, controlled distance between hands and the load at all times.
The Load-It Magnetic series locks onto steel components with controlled magnetic force, allowing workers to guide, position, and stabilise loads without a single point of hand contact. The Push-Pull range extends a worker's reach into spaces where hands must never go — crusher lips, chute openings, nip zones, low-clearance underground headings.
No hand in the hazard zone. No contact with the load. Full directional control. This is not a workaround. This is the engineered solution.
Keeps hands outside the crush, pinch, and drop zone at all times — even in confined underground headings.
Positive directional guidance of suspended loads, pipe sections, and heavy components without hand contact.
The hand never touches the load. The tool does. The worker operates from outside the hazard entirely.
The hierarchy of controls is unambiguous: engineering controls that physically change how a task is performed are always more effective than relying on a worker to make the right call under time pressure, in a confined space, on the back half of a 12-hour night shift with a deadline and a supervisor watching.
The rule must be absolute: no hands on suspended loads. No hands on live conveyors. No hands guiding slurry pipe by feel. No exceptions. No shortcuts. PSC tools make that rule enforceable — on every shift, for every crew member, in every section of the operation.
From the crusher feed to the underground drive, every area of a mining operation where loads are lifted, guided, or positioned is an area where PSC tools belong.
Crusher feed lips, grizzly bars, chute transfer points, and ore pass entries are among the most hazardous locations in any mine. Clearing blockages, guiding oversize rock, and positioning components in these areas puts hands directly adjacent to extreme crushing force and sudden rock movement. This is where hands get injured. PSC push-pull and extendable tools allow workers to clear jams, guide material, and position components from a safe distance — with no hand in the crush zone.
Conveyor systems run across every section of a mine — from pit to plant. Belt cleaning, scraper replacement, tracking adjustment, and tail-end maintenance all bring workers within reach of nip points that can draw in and crush a hand in a fraction of a second. Even during locked-out maintenance, heavy belt sections must be guided and positioned. PSC tools provide the controlled reach and load guidance that keeps hands outside the nip zone entirely throughout every maintenance task.
Processing plants and tailings circuits rely on extensive high-pressure slurry pipe networks. Replacing worn sections, aligning flanged joints, and repositioning spool pieces involves handling heavy pipe under awkward conditions — often at height, often in tight spaces between structural steelwork. Workers guide flanges into alignment by hand, placing fingers directly between massive steel faces. PSC magnetic tools grip steel pipe sections securely and maintain alignment without a single hand in the flange gap.
Maintaining ultra-class haul trucks, excavators, LHDs, and draglines means handling components that weigh hundreds of kilograms — GET components, GET adapters, tyre assemblies, hydraulic cylinders, gearboxes, motor mounts, and structural elements. These parts are suspended, swinging, and frequently positioned in the tight spaces of an excavation bay or underground workshop. This is where distance becomes control. PSC magnetic tools and load guiders keep crew hands out of the load path throughout every component change.
Mine sites run constant structural fabrication — replacing worn chute liners, installing conveyor structures, erecting ventilation frames, maintaining stockpile reclaim infrastructure, and building out underground support sets. Every welded frame, every steel panel, every beam section that gets lifted into place is a suspended load in proximity to hands. PSC rigging aids, taglines, and push-pull tools give fabrication crews positive load control during all positioning and alignment work without hand contact at the connection point.
Mine sites generate significant volumes of sharp metal waste — worn GET teeth, broken drill steel, torn conveyor belt clips, worn crusher wear plates, cut wire rope, and scrap structural steel. Handling this material by hand, even with gloves, exposes workers to lacerations, punctures, and crushing from irregularly shaped, heavy material. PSC magnetic tools allow workers to pick up, move, and position ferrous scrap without any hand contact — eliminating the most common category of hand lacerations in mine site maintenance.
Every mine manager has heard the argument: "We don't have time to use a tool." The data says otherwise. The mine that loses a worker to a hand injury does not gain time. It loses the worker for months, triggers a full incident investigation, halts the section, and pays a cost — in downtime, in compensation, in reputation — that no production target justifies.
PSC hands-free tools do not slow operations. They standardise them. A crew that always uses a load guider does not think about it. They just work — faster, safer, and without the incident that stops everything.
No setup. No assembly. The tool is in the hand and on the load in seconds. The protection is immediate.
A PSC tool costs less than a single hour of the investigation that follows a hand injury. The trade is not even close.
There is no mining task that requires hand contact with a suspended load, a nip zone, or a crusher. There are only habits that have not yet been replaced by tools.
Not better gloves. Not a longer toolbox talk. Not another reminder to be careful. Remove the hand from the hazard entirely — with a tool that makes contact impossible. Because underground, in the pit, at the crusher — there are no second chances.
Speak to our team about the right hands-free tools for your mine — open cast, underground, or processing.