SC925 - Miller Smith SC925 Gas Axe 21-Inch 75-Degree Heavy-Duty Cutting Torch

The Ultimate Tool for Heavy-Duty Demolition

When the job demands serious cutting power, the Miller Smith SC925 Gas Axe™ is the tool professionals trust. Known affectionately in the industry as the "Gas Axe," this extra heavy-duty hand cutting torch is engineered to slice through the thickest steel with ease. Whether you are working in a scrap yard, on a demolition site, or in heavy fabrication, the SC925 delivers reliable performance under the most severe conditions. Its robust design features a 21-inch length and a 75-degree head angle, providing the perfect balance of reach and ergonomics for overhead or positional cutting.

Unmatched Safety and Versatility

Safety is paramount when handling oxy-fuel equipment, and the Smith SC925 excels with its advanced In-Tip Gas Mixing technology. Unlike traditional torches that mix gases in the handle or tubes, the Gas Axe keeps oxygen and fuel separate until they reach the tip. This design significantly reduces the risk of flashback and enhances operator safety. Furthermore, this torch is a true multi-fuel workhorse. While it is excellent for propane and natural gas, it performs equally well with acetylene and propylene. simply switch to the appropriate SC Series tip, and you are ready to cut. With the capacity to cut up to 24 inches of steel using acetylene, there is very little this torch cannot handle.

Designed for the Operator

Comfort and control are critical for long shifts. The SC925 features a reversible cutting lever that can be mounted on the top or bottom of the handle, allowing you to customize the grip to your preference. The raised-rib brass handle ensures a secure hold even with gloved hands, while the "ease-on" cutting oxygen valve allows for feather-light control when starting cuts, minimizing messy slag blowback. Built with thick-walled brass tubing and stainless steel ball valves, the Smith Gas Axe is designed to withstand the rough handling typical of salvage and construction environments.