The PIINC FDG3000 Flange Facer is a heavy-duty portable flange facing machine designed for precision machining and repair of large-diameter flanges in demanding industrial environments. Its robust structural design provides stable support for machining accuracy, while high-precision rotary bearings help deliver smooth, consistent rotational movement throughout the machining range.
With a 45–120 inch facing range and a 42–110 inch clamping range, the FDG3000 is suitable for large flange maintenance and on-site machining applications. It can be mounted internally or installed directly on a blind flange using the mounting base, providing flexibility for different workpiece configurations.
Available with pneumatic or hydraulic drive options, the FDG3000 combines automatic radial and axial feed with multiple alignment adjustment methods to support efficient flange repair and machining operations.
The robust machine structure is engineered to provide strong support during machining. Large, heavy-duty, high-precision industrial-grade rotary bearings help maintain stable, smooth rotation across the machine’s operating range.
With a facing range of 45–120 inches, the FDG3000 is designed for machining and restoring large industrial flange surfaces in applications where precision and reliable machine support are important.
The machine supports internal mounting and direct mounting on blind flanges using a mounting base. Multiple alignment adjustment methods help operators position the machine for the required machining setup.
Automatic feed in both radial and axial directions supports controlled machining movement and helps improve operational efficiency.
The FDG3000 is available with pneumatic and hydraulic drive options to suit different operating requirements. It can achieve a maximum cutting depth of 2 mm (0.079 in) on flanges without bolt holes or 0.5 mm (0.020 in) on flanges with bolt holes.
The machine features independently designed quick-assembly components to simplify mounting and setup. According to the supplied product information, an experienced operator can complete installation within approximately one hour when following the appropriate operating procedure.
Optional accessories extend the machine’s application range, including a tube sheet mounting kit for heat exchanger repair, a milling head with distributor hoses for rotary milling, and a back-facing kit for machining the rear faces of heat exchanger flanges in a single setup.
Model: FDG3000
Machine Type: Heavy-duty portable flange facer
Facing Range: 45.0–120.0 inches
Clamping Range: 42.0–110.0 inches
Mounting Methods: Internal mounting or direct mounting on a blind flange using the mounting base
Drive Options: Pneumatic or hydraulic
Feed System: Automatic radial and axial feed
Alignment: Multiple adjustment and alignment methods
Rotary Bearings: Large, heavy-duty, high-precision industrial-grade bearings
Maximum Cutting Depth: 2 mm (0.079 in) on flanges without bolt holes; 0.5 mm (0.020 in) on flanges with bolt holes
Tube Sheet Mounting Kit: Provides an additional mounting configuration for heat exchanger repair.
Milling Head and Distributor Hoses: For rotary milling applications.
Back-Facing Kit: Enables machining of heat exchanger flange back faces in one setup.
The FDG3000 portable flange facing machine is designed for on-site machining and repair applications across a range of industries, including:
Oil and gas
Petrochemical and chemical processing
Power plants and power generation
Shipbuilding and ship repair
Wind power
Heat exchanger maintenance and repair
Large-diameter industrial flange restoration
The PIINC FDG3000 combines a heavy-duty structure, precision rotary bearings, automatic two-direction feed, flexible mounting arrangements, and multiple drive options in a portable machining solution for large-diameter flange repair. Its optional accessories further expand its capabilities for heat exchanger and specialized machining work.
For industrial maintenance teams and on-site machining service providers, the FDG3000 offers a versatile solution for addressing large-flange machining requirements without relying solely on conventional workshop machining.