0814721880 - ESAB Tramtrac II Automated Welding Carriage

Advanced Automation for Heavy Fabrication

The ESAB Tramtrac II is a premier solution for automating fillet welding applications, specifically designed to meet the rigorous demands of the shipbuilding, offshore, and bridge construction industries. As a compact and versatile welding tractor, the Tramtrac II bridges the gap between manual welding and fully robotic systems, offering a flexible and cost-effective method to increase throughput and consistency.

Engineered for precision, this unit excels in welding stiffeners and other structural components where long, continuous fillet welds are required. By mechanizing the travel of the welding torch, the Tramtrac II ensures that heat input and bead profile remain constant throughout the length of the joint. This consistency is critical in heavy industrial applications where weld failure is not an option. The tractor is capable of supporting both Submerged Arc Welding (SAW) and MIG/MAG (GMAW) processes, providing fabricators with the flexibility to choose the optimal method for their specific material and thickness requirements.

Robust Design and Usability

The chassis of the Tramtrac II is built to withstand the harsh environments typical of heavy manufacturing. Despite its rugged construction, it remains lightweight enough for operators to position and reposition easily, making it ideal for large workpieces where the machine must be brought to the weld. The intuitive control panel allows operators to set travel speeds and welding parameters quickly, minimizing downtime during setup. This ease of use ensures that even operators with limited experience in automation can achieve professional-grade results.

Operational Efficiency

Integrating the Tramtrac II into your production line significantly reduces operator fatigue. Manual welding of long stiffeners is physically demanding and prone to human error as the shift progresses. The Tramtrac II eliminates this variable, delivering the same high-quality weld at the end of the shift as at the start. Furthermore, the automation allows for higher travel speeds compared to manual welding, directly translating to increased daily output and faster project completion times.