They give you the flexibility of diesel power for land operations and electricity for laybarge and spoolbase. They can be tractor-mounted or stationary to fit the application.

Unlike handheld gauging, in which narrow gap levels are difficult to measure, the laser vision sensor is precise. The V Bevel machine is placed in the pipe end, and the adaptive laser vision is driven around the pipe end using a stepper motor, an accelerometer to provide a reference to a start/stop position for the measurement data. The start/stop positions and the rate at which the measurement is taken are fully programmable.

Since its introduction in 1968, the CRC-Evans PFM has been used to make millions of bevels on pipes ranging from 4" to 64" in diameter. They machine the pipe ends in one smooth pass, typically in two to five minutes.

In addition to preparing bevels for the CRC-Evans Automated Pipeline Welding System, CRC-Evans PFMs are used for:

Part of CRC-Evans^® High-Productivity Welding System, the Automatic Welding Counterbore Pipe Facing Machine (PFM) was specifically designed to make long internal counterbore back bevel transitions—up to 5 inches counterbore length.

They give you the flexibility of diesel power for land operations and electricity for laybarge and spoolbase. They can be tractor-mounted or stationary to fit the application.

Since its introduction in 1968, the CRC-Evans PFM has been used to make millions of bevels on pipes ranging from 4" to 64" in diameter. They machine the pipe ends in one smooth pass, typically in two to five minutes.

In addition to preparing bevels for the CRC-Evans Automated Pipeline Welding System, CRC-Evans PFMs are used for:

Part of our High-Productivity Welding System, the Automatic Welding Counterbore Pipe Facing Machine (PFM) was specifically designed to make long internal counterbore back bevel transitions—up to 5 inches counterbore length.

Unlike handheld gauging, in which narrow gap levels are difficult to measure, the laser vision sensor is precise. The V Bevel machine is placed in the pipe end, and the adaptive laser vision is driven around the pipe end using a stepper motor, an accelerometer to provide a reference to a start/stop position for the measurement data. The start/stop positions and the rate at which the measurement is taken are fully programmable.

We do this by delivering the world's most complete and most advanced line of specialized pipeline construction equipment, from pipe conveying systems and double jointing to coating plants and concrete weight coating to laybarge equipment. We constantly innovate new Engineered Systems technology to help our clients boost their efficiency, reliability, quality, and productivity, so they can boost their pipeline construction success.

We do this by delivering the world's most complete and most advanced line of specialized pipeline construction equipment, from pipe conveying systems and double jointing to coating plants and concrete weight coating to laybarge equipment. We constantly innovate new Engineered Systems technology to help our clients boost their efficiency, reliability, quality, and productivity, so they can boost their pipeline construction success.