Safety Spotlight: Tackling Real World Lifting Risks with Proven Safety Solutions

The Challenge: Unsafe Cutting Methods Leading to Certification Loss

On many job sites, bolts and lifting points are still cut using improvised or manual methods. These approaches often leave sharp edges and poor finishes, increasing the risk of operator injury during handling and installation. They are also slow and inconsistent, making it difficult to achieve the correct length or a clean, chamfered finish. Crucially, once a bolt is cut incorrectly, its certification is immediately invalidated, meaning its safety is no longer guaranteed. This leads to unsafe practices, on‑site delays, and the unnecessary replacement of otherwise serviceable hardware.

The Solution: pewag Bolt Cutter

The pewag Bolt Cutter provides a controlled, precise method for cutting bolts while maintaining their certification and integrity. By eliminating the need for improvised tools, operators reduce risk, improve on-site safety, and protect the certification status of critical lifting components.

The Challenge: Heavy Rigging and Difficult Setup During Large Lifts

When dealing with very heavy loads, the rigging process itself can become a major safety hazard. Large shackles and slings are cumbersome, often requiring multiple people to manoeuvre them into place. This increases the risk of strain injuries, slows down operations, and creates challenges when assembling complex rigging configurations.

The Solution: Modulift Trunnion Spreader Beam

The Trunnion Spreader Beam removes much of the physical burden associated with heavy rigging. By eliminating the need for oversized shackles, it reduces manual handling and simplifies the entire setup process. Lifts can be prepared more quickly, with fewer risks and far less physical strain on rigging teams.

The Challenge: Operator Strain from Heavy, Rigid Wire Rope Slings

Wire rope slings remain common on many sites, but their weight and rigidity can lead to unnecessary manual handling hazards. Carrying, positioning, and adjusting them requires significant effort, especially during repetitive or high‑capacity lifting tasks, increasing the likelihood of injuries.

The Solution: Aberdeen Web Polyester Round Slings

Polyester round slings provide a lighter, more flexible alternative that reduces the physical demands placed on operators. Easier to handle and position, they make rigging safer and more efficient, especially on busy sites where manual handling risks must be carefully controlled. Their fast availability also ensures downtime is minimised.

The Challenge: High-force Load Monitoring in Restricted Headroom

High-capacity lifting operations often require accurate load data, yet the equipment used to capture this information – typically load links – may be too large to fit within tight rigging spaces. Without this data, operators may unknowingly approach or exceed Working Load Limits, creating conditions for overloads or equipment failures.

The Solution: Load Pin Shackle

The Load Pin Shackle provides precise load information in environments where space is limited. Compact but highly capable, it offers real‑time monitoring and allows operators to set alarms that indicate when loads are approaching or reaching WLL thresholds. This helps prevent overload scenarios and provides confidence during high‑capacity lifts.

The Challenge: Dynamic Loads During Winching Operations

Cable laying and similar winching operations involve running lines where tension can fluctuate unexpectedly. These sudden changes make it difficult to maintain safe loads, especially in offshore applications where tension spikes can happen without warning. Without constant monitoring, equipment damage or line failure becomes a significant risk.

The Solution: Running Line Tensiometer (RLM)

The Running Line Tensiometer (RLM) delivers continuous, real‑time tension monitoring during cable laying and other dynamic applications. Operators gain immediate insight into tension changes, speed and pay-in/pay-out, enabling them to respond before unsafe conditions develop. It can be configured with an alarm to provide an added layer of protection, ensuring that unexpected load increases are never overlooked.

The Challenge: Slow, Tool‑Dependent Installation of Lifting Points

Traditional lifting points often require tools for installation, increasing setup time and creating opportunities for improper tightening or seating. Without a reliable visual indicator, operators may begin a lift without knowing whether the lifting point is fully secure – a risk that can lead to equipment damage or unsafe load movement.

The Solution: PLZW‑R Rapid Lifting Point

The PLZW‑R allows for quick installation during single use applications, enabling operators to secure lifting points by hand and lock them in position with a simple press. A built‑in indicator confirms correct installation, and its rust‑resistant construction reduces long‑term failure risks. The protective sleeve also helps prevent damage to load surfaces through improved contact, supporting both safety and equipment longevity.