Wet Tap Machines

The terms 'hot tap' and 'wet tap' are often used interchangeably and refer to the same process of tapping into a pressurized, in-service pipeline. 'Wet tap' is more commonly used in the water and wastewater industries, while 'hot tap' is frequently used in the oil, gas, and steam industries. Both terms describe making a new connection without a system shutdown.

A wet tap, also known as a hot tap, is the process of creating a new connection to an existing pipeline (like a water or gas main) while it is still in service and under pressure. This method uses specialized wet tap machines to drill or cut into the pipe without interrupting flow, preventing costly system shutdowns for maintenance, repairs, or expansion.

We offer both hydraulic and electric drive wet tap machines to suit various job site requirements. Our electric models, like the TM100 and TM200, are ideal for smaller taps and convenience, while our hydraulic machines, such as the TM300 and TM6120, provide the power needed for large-diameter tapping operations up to 72 inches.

Our equipment covers an extensive range of applications, from small service connections to major infrastructure projects. Our TM100 handles taps as small as 3/4 inch, while our powerful TM6120 machine is engineered to perform large-diameter wet taps up to 72 inches, ensuring we have a solution for nearly any pipeline size you encounter.

Yes, all of our hot tapping machines and line stopping equipment are proudly manufactured in the USA at our facility in Lake Elsinore, California. This allows us to maintain strict quality control over the entire manufacturing process, ensuring the durability and reliability that our customers depend on for critical pipeline operations.

Yes, we have solutions for tapping into concrete-lined pipe. We manufacture specialized diamond segment cutters designed specifically for this application. These cutters can be adapted to our tapping machines to effectively cut through concrete linings and the pipe wall, providing a clean tap without damaging the surrounding infrastructure.