NessCampbell Crane + Rigging recently completed a challenging project at the iconic Seattle Waterfront. The task involved providing a customized rolling Gantry solution to remove steel framework for concrete forms. NessCampbell utilized their 400 Ton Hydraulic Gantry and a 6-Line Goldhofer trailer to execute this project successfully. The primary challenge was the limited space and maneuverability at the site, requiring an innovative solution to ensure efficient and safe completion of the task.
The project presented several challenges, primarily related to space constraints and the need for precise maneuvering to remove large sections of steel framework within a limited timeframe. Traditional methods would have been time-consuming and less effective due to the size of the steel sections and the restricted workspace.
NessCampbell Crane + Rigging proposed a customized rolling Gantry solution, leveraging their expertise in hydraulic Gantry systems. The 400 Ton Hydraulic Gantry provided the necessary lifting capacity, while the 6 Line Goldhofer trailer ensured smooth transportation and positioning of the equipment. This innovative solution allowed for the removal of much larger sections of steel framework, significantly reducing job time and enhancing overall efficiency.
NessCampbell Crane + Rigging excels in delivering innovative solutions for complex projects, as demonstrated by their successful execution of a challenging task at the Seattle Waterfront. Their expertise in utilizing advanced equipment, like the 400 Ton Hydraulic Gantry and 6-Line Goldhofer trailer, ensures efficient and safe project completion even in the most constrained environments.
The implementation of the customized rolling Gantry solution by NessCampbell Crane + Rigging resulted in the successful completion of the project within the specified timeframe. The client benefited from reduced job time, increased efficiency, and enhanced safety measures, showcasing the company’s commitment to delivering innovative and effective solutions for complex rigging and lifting challenges.