WE04400011 - ESAB Tilting Cylinder Cart / Gas Bottle Trolley

Industrial Grade Gas Cylinder Transport

The ESAB Tilting Cylinder Cart (SKU: WE04400011) is a specialized material handling solution designed to meet the rigorous demands of industrial environments. In the welding and fabrication sector, the safe transport of high-pressure gas cylinders is a critical safety concern. This unit is engineered to address those concerns with a robust steel frame and a purpose-built tilting mechanism that simplifies the handling of heavy tanks.

Constructed from high-quality steel, the cart offers exceptional structural integrity, capable of withstanding the daily wear and tear of busy workshops, manufacturing plants, and construction sites. The design prioritizes stability, ensuring that cylinders remain upright and secure during transit. A heavy-duty safety chain is integrated into the frame, providing a positive locking method to prevent accidental tipping or shifting of the cylinder, which is essential for compliance with workplace safety regulations regarding compressed gas handling.

The defining feature of this model is its tilting geometry. Unlike standard upright dollies, the ESAB Tilting Cylinder Cart is designed to pivot, allowing the operator to break the load back with minimal effort. This ergonomic advantage is crucial for reducing operator fatigue and preventing musculoskeletal injuries associated with lifting or wrestling heavy gas bottles. The wheels are selected for their durability and load-bearing capacity, ensuring smooth rolling resistance even on concrete floors that may have debris or imperfections.

For MRO managers and safety officers, investing in high-quality cylinder handling equipment like the ESAB WE04400011 is an investment in operational efficiency and risk mitigation. By providing staff with the proper tools to move shielding gas, oxygen, and fuel gases, you ensure a smoother workflow and a safer shop floor. This cart is compatible with standard industrial cylinder sizes commonly used in MIG, TIG, and Oxy-Fuel processes.