The WELS-MSB-175TON Modular Spreader Beam stands as one of the most robust and high-capacity lifting solutions in the Welmeqs range, engineered specifically for the most extreme and demanding lifting operations. Designed to handle a Working Load Limit (WLL) of 175 tonnes, this modular spreader beam is built for heavy industrial sectors where precision, safety, and reliability are absolutely non-negotiable. Whether used in oil & gas installations, shipbuilding, wind turbine assembly, infrastructure development, or large-scale manufacturing facilities, the WELS-MSB-175TON provides unmatched lifting stability and performance.

At the core of this spreader beam’s design is Welmeq’s modular engineering philosophy, enabling the beam to adapt to varying load spans and lifting geometries. Its structure consists of multiple high-strength steel struts that can be combined in different configurations, making it a go-to solution for complex lifting scenarios that require custom lift spreads or unusual load dimensions. Unlike fixed-length beams, the WELS-MSB-175TON offers exceptional adjustability, allowing users to tailor the beam for distances ranging from shorter precision lifts to long-reach heavy lifts.

The beam is manufactured using premium-grade, high-strength structural steel, ensuring rigidity under extreme load conditions and preventing structural deformation. This is coupled with a durable, corrosion-resistant coating, which protects the beam from harsh operational environments, such as marine atmospheres, offshore rigs, and dusty industrial yards. Welmeqs ensures that every component—struts, end fittings, plates, and bolts—is carefully inspected and tested to maintain long-term performance under the most strenuous working conditions.

A major advantage of the WELS-MSB-175TON is its efficiency in transportation and assembly. Despite its enormous capacity, the modular system breaks down into manageable components, reducing shipping costs, facilitating easier handling, and enabling quicker mobilization to remote or offshore project sites. The bolted assembly system ensures fast setup using standard tools and reduces downtime during configuration transitions. This ease of assembly makes it suitable for operations that require rapid deployment or frequent reconfiguration.

From a safety standpoint, Welmeqs incorporates a standard 4:1 safety factor, meeting global lifting compliance requirements and international safety standards, including CE, UKCA, and EN13155. Rigging points are designed to accommodate large-capacity shackles and top-sling assemblies, ensuring stable load distribution throughout the lifting process. With correct sling angles and proper rigging practice, operators can rely on the beam for consistent and safe load handling.

The WELS-MSB-175TON is ideal for lifting extremely heavy and oversized items such as turbine housings, large machinery assemblies, offshore platform modules, heavy concrete structures, prefabricated steel frames, large pipes, industrial reactors, heavy generators, and similar high-mass units. Its ability to maintain load stability across long spans makes it invaluable during lifts where center-of-gravity control is essential.

In addition to its inherent strength and adaptability, the spreader beam is compatible with multiple lifting accessories, including high-capacity slings, large bow shackles, specialist rigging hardware, and optional load-monitoring systems. These accessories can significantly enhance operational safety by providing operators with live load data and improving decision-making during critical lifts.

Key Highlights / Points

• High-capacity 175-tonne WLL for extreme heavy lifting.

• Modular design for flexible span adjustments.

• Built with high-strength structural steel.

• Full compliance with international lifting standards.

• Highly resistant to corrosion and harsh environments.

• Fast assembly with standard tools.

• Compatible with top-sling systems and heavy-duty shackles.

• Ideal for oil & gas, shipyards, offshore, infrastructure, and large fabrication industries.