Marine, offshore and subsea projects present some of the most demanding lifting environments in the world. From shipbuilding and vessel maintenance to port infrastructure and offshore energy projects, lifting equipment is often exposed to harsh weather, corrosive environments, restricted access and complex lifting requirements.
When working in these conditions, equipment reliability, safety and compliance are critical. Selecting the right lifting equipment can help improve efficiency, minimise downtime and ensure work is completed safely.
Marine environments create unique challenges that can place additional demands on lifting equipment and personnel. Common considerations include:
Because of these challenges, it is important to use high-quality, certified lifting equipment that is suitable for the application and supported by thorough inspection and testing processes.
cylinder. It’s one of the leading causes of premature failure in hydraulic systems.
Air chain hoists are widely used throughout the marine and offshore sectors due to their durability and suitability for hazardous environments.
Unlike electric hoists, air-powered units can be used in areas where sparks must be avoided and are capable of operating continuously in demanding conditions. Their compact design also makes them ideal for use in confined spaces such as engine rooms, shipyards and offshore platforms.
Marine projects often involve lifting large, awkward or irregular loads that require careful load distribution.
Modular spreader beams and lifting beams help reduce stress on the load and improve lift stability by distributing forces more evenly. Their modular design also provides flexibility when working across a range of lifting configurations and capacities.
In addition to hoists, rigging equipment and lifting beams, a range of supporting equipment can help improve safety, efficiency and reliability when working in marine and offshore environments.
Wire rope slings are commonly used across marine and offshore applications due to their strength, durability and resistance to harsh operating conditions. Available in a range of configurations and capacities, they provide a versatile lifting solution for heavy-duty applications.
Where load protection is important, synthetic round slings and web slings offer a lightweight and flexible alternative. Their soft construction helps reduce the risk of damage to finished surfaces while still providing high lifting capacities.
A critical component of many lifting assemblies, shackles are used to connect slings, lifting beams, hoists and other rigging hardware. Available in a wide range of capacities and configurations, selecting the correct shackle is essential to maintaining a safe lifting system.
Load monitoring equipment provides real-time visibility of load weights during lifting operations. This additional level of control can help verify lift plans, improve safety and provide valuable data during critical lifts.
