How to Multiply Fabrication Productivity in Pipe Cutting
Pipe cutting machinery from HGG provides unique 3D steel profile cutting capabilities that combine plasma and oxy-fuel processes to dramatically reduce grinding requirements, fitting and welding time, and virtually eliminate layout time.
Posted: August 15, 2019
In Booth B-29094, HGG Profiling Equipment (Medina, OH) continues to expand their line of pipe cutting machinery for manufacturers and fabricators. With unique 3D steel profile cutting capabilities that combine plasma and oxy-fuel processes, their pipe cutting machines dramatically reduce grinding requirements, fitting and welding time, multiply productivity and virtually eliminate layout time. Attendees can learn about increased capacity and a reduction in labor and manufacturing cycles, starting with the ProCutter 600 and 900 that incorporate advanced technology and expertise in two most-affordably priced machines that provide operational excellence and are available with oxy-fuel, plasma, marking and CAM interfaces that will lower fitting and welding costs on full penetration welds. SPC 500-1200 chuck-type Stationary Pipe Cutting Machines process and cut a wide variety of materials, sizes and wall thicknesses, making them suitable for all kinds of applications. They are also available with oxy-fuel, plasma, marking and CAD-CAM interfaces that deliver dramatic savings on welding and fitting costs, optimum operator safety, ease of use, and CAD-to-machine efficiency.
All HGG Stationary Pipe Cutting machine systems are designed to profile complex beveled edges and 3D profiles made from steel. Combining robotics, a patented biaxial cutting head and proprietary software, these Stationary Pipe Cutting and Profiling machines all enable users to cut angles from plus 70 deg to minus 70 deg, a capability that assures optimal weld preparation for precision part alignment, which in turn reduces welding and fitting costs by over 30 percent.
HGG Profiling Equipment, 3977 Rivendale Drive, Medina, OH 44256, 330-461-6855, jt@hgg-group.com, www.hgg-group.com.