Precision CNC Pipe Cutting & Profiling Machines for Steel Fabrication
The HGG ProCutter Series delivers advanced CNC pipe cutting and 3D profiling capabilities in a compact, cost-effective solution designed for modern steel fabrication. Available in multiple configurations, including the ProCutter 600, ProCutter 900, and ProCutter 900 RB, these machines automate complex pipe cutting, beveling, and weld preparation operations with precision and efficiency. Combining advanced cutting technology, intelligent CAD/CAM integration, and versatile pipe handling, the ProCutter Series helps fabricators reduce manual processing, improve fit-up accuracy, and produce ready-to-weld components for structural steel, piping, and industrial applications.
The HGG ProCutter Series is designed for steel fabricators, pipe processors, and industrial manufacturers seeking a reliable, cost-effective solution for precision CNC pipe cutting and 3D profiling. Combining HGG’s advanced cutting technology with a compact, production-focused design, the ProCutter Series automates complex cutting operations that would otherwise require extensive manual layout, cutting, grinding, and weld preparation.
Available in multiple configurations, the ProCutter Series accommodates pipes ranging from 2″ to 36″ in diameter, depending on the selected model. The ProCutter 600 processes pipes up to 24″ in diameter, while the ProCutter 900 and ProCutter 900 RB support larger pipe applications up to 36″. This flexibility allows fabricators to select the machine that best matches their material requirements, production volume, and available floor space.
With advanced plasma and oxy-fuel cutting options, the ProCutter Series produces precise end cuts, complex intersections, bevels, and weld preparations directly from digital designs. Specialized cutting routines help improve part accuracy and reduce the manual fitting and grinding typically associated with traditional pipe fabrication.
The ProCutter Series also integrates with HGG’s CAD/CAM software solutions to streamline programming and production preparation. By reducing manual processing steps and improving cutting consistency, these machines help fabricators increase productivity, reduce labor requirements, and expand their capabilities for demanding structural and industrial piping applications.
Precision CNC Pipe Cutting & 3D Profiling
Processes round pipes from 2″ up to 36″ in diameter, depending on model
Performs complex intersections, saddle cuts, holes, and weld preparations
Produces consistent cutting geometries directly from digital designs
Advanced Plasma & Oxy-Fuel Cutting Technology
Plasma and oxy-fuel cutting options available on the ProCutter 600 and 900
ProCutter 900 RB features high-speed plasma cutting
Supports precision bevel cutting up to 45° for weld preparation
Robust Self-Centering Three-Jaw Chuck
Securely clamps and centers pipes for accurate rotational cutting
Minimizes material slipping during the cutting process
ProCutter 900 RB features a heavy-duty 5.5-ton automatic chuck
Compact & Space-Efficient Machine Design
Built-in machine frame simplifies installation requirements
Compact footprint maximizes available workshop space
Flexible configurations accommodate different production layouts
Advanced Pipe Support & Alignment
Adjustable pipe supports help accommodate bowed or distorted pipes
Optional pipe trolleys and rollerball gutters improve material handling
ProCutter 900 RB uses independently controlled lifting supports and creep compensation
Automated Marking & Weld Preparation
Plasma marking for reference lines and part identification
Performs chamfers, bevels, holes, and specialized weld preparations
Reduces manual measuring, layout, and secondary grinding
HGG ProCAM Software Integration
Connects with leading CAD/CAM platforms for efficient production preparation
Transfers digital cutting information directly to the machine
Supports complex cutting routines and 3D profiling operations
Enhanced Material Handling — ProCutter 900 RB
Integrated roller bed provides semi-automated pipe transport
Hydraulic sideways offloading transfers finished parts to a storage surface
Automatic pipe detection and cutting compensation support efficient production
Increase Pipe Fabrication Productivity
Automate complex pipe cutting and profiling operations
Reduce production time compared to manual layout and cutting
Improve consistency across repeated parts and production runs
Reduce Manual Labor & Processing Costs
Minimize manual measuring, marking, grinding, and weld preparation
Reduce material handling between fabrication workstations
Make more efficient use of skilled fabrication personnel
Improve Cutting Accuracy & Weld Fit-Up
Produce consistent intersections, bevels, and connection geometries
Secure pipe positioning with precision chuck-driven rotation
Reduce fitting adjustments and rework during assembly
Expand Pipe Cutting Capabilities
Process pipes up to 36″ in diameter, depending on configuration
Perform complex saddle cuts, holes, chamfers, and weld preparations
Support structural steel, process piping, and industrial fabrication applications
Optimize Workshop Space
Compact machine designs fit efficiently into existing fabrication shops
Integrated frames simplify machine installation
Flexible material handling options accommodate different facility layouts
Streamline CAD-to-Production Workflows
Import compatible digital cutting data directly into HGG ProCAM
Reduce manual programming and production preparation
Improve coordination between engineering and fabrication
Improve Material Handling Efficiency
Choose pipe trolleys, rollerball gutters, or roller-bed configurations
Reduce manual repositioning and handling interruptions
ProCutter 900 RB supports semi-automated loading and finished-part offloading
Support Long-Term Production Growth
Select a machine configuration that matches your pipe sizes and workload
Increase fabrication capacity without relying on multiple manual operations
Build a more efficient foundation for automated pipe processing
| ProCutter 600 – 900 Specifications | |
|---|---|
| Profile Diameter Range | 48 mm – 910 mm (1.89 in – 35.83 in) |
| Cutting Processes | Oxy-fuel, Plasma |
| Marking Options | Plasma marking with cutting torch |
| Plasma Power Source | Hypertherm or Kjellberg |
| Maximum Cutting Angle | 45 degrees |
| CAD Connection | Compatible with various CAD software |
| ProCutter 900 RB Specifications | |
|---|---|
| Profile Diameter Range | 48 mm – 914 mm (1.89 in – 36 in) |
| Cutting Process | Plasma |
| Marking Options | Plasma marking with cutting torch |
| Plasma Power Source | Hypertherm or Kjellberg |
| Maximum Cutting Angle | 45 degrees |
| CAD Connection | Compatible with various CAD software |
A: The primary differences between the ProCutter models are their pipe diameter capacities, cutting configurations, and material handling capabilities.
The ProCutter 600 processes pipes from 2″ to 24″ in diameter and is ideal for fabrication shops seeking a compact, cost-effective CNC pipe cutting solution.
The ProCutter 900 expands the maximum pipe diameter to 36″, making it suitable for larger structural and industrial piping applications.
The ProCutter 900 RB also accommodates pipes up to 36″ but adds an integrated roller bed, automatic pipe clamping, and semi-automated material handling. Its sideways offloading system helps move finished parts out of the cutting area efficiently.
The ProCutter 900 RB is particularly well suited for shops with higher material handling requirements or production layouts that benefit from integrated pipe transport.
A: The ProCutter Series is designed to automate complex pipe cutting and profiling operations used in structural steel and industrial piping applications.
Supported cutting operations include:
Straight and angled pipe cuts
Saddle cuts and pipe intersections
Branch connections and holes
Chamfers and bevel preparations
Complex 3D profiling geometries
Specialized weld preparations
Reference line and text marking
The machines can produce accurately profiled pipe components prepared for fitting and welding, reducing manual layout, grinding, and secondary processing.
A: Yes. The ProCutter Series supports bevel cutting up to 45°, allowing fabricators to prepare pipe ends and intersections for welded connections.
The machines can produce chamfers, saddle profiles, and specialized weld preparations commonly required in process piping and structural steel fabrication.
The ProCutter 900 RB features a high-speed pantograph cutting head designed for efficient torch positioning and precise bevel cutting.
By integrating weld preparation directly into the cutting process, the ProCutter Series helps reduce manual grinding, improve connection consistency, and streamline downstream welding operations.
A: The ProCutter Series automates cutting operations that traditionally require manual measuring, layout, cutting, and grinding.
Using digital cutting information, the machines produce complex pipe profiles with consistent geometry while reducing operator involvement in repetitive fabrication tasks.
Key productivity advantages include:
Faster cutting of complex pipe intersections
Reduced manual measuring and layout
Integrated bevel cutting and weld preparation
Consistent results across repeated components
Reduced secondary grinding and fitting
Improved use of skilled fabrication labor
Depending on the application, ProCutter machines can complete cutting and weld preparation operations up to 12 times faster than traditional manual methods.
Actual productivity improvements depend on part complexity, material specifications, and existing fabrication processes.
A: The ProCutter Series offers several material handling configurations to accommodate different pipe sizes, production volumes, and workshop layouts.
The ProCutter 600 and 900 can be equipped with adjustable pipe trolleys, rollerball gutters, or a combination of both.
Pipe trolleys provide adjustable support for pipes that may contain bowing or dimensional variations, while rollerball gutters support smooth pipe rotation and efficient manual movement.
The ProCutter 900 RB includes an integrated roller bed with independently controlled lifting supports, automatic pipe detection, and sideways offloading.
These features help reduce manual handling, improve material flow, and support more efficient production.
A: Yes. The ProCutter Series integrates with HGG ProCAM software to transfer digital cutting information directly into machine production workflows.
Compatible software ecosystems include:
Tekla Structures
SDS2
AutoCAD
AVEVA
CADMATIC
ShipConstructor
STRUMIS
M-Suite
PypeServer
Additional compatible CAD/CAM platforms
These integrations help reduce manual programming, improve consistency between engineering designs and finished components, and simplify production preparation.
The ProCutter Series is particularly valuable for fabricators working with complex pipe intersections and repeated connection geometries.
A: The ProCutter Series is designed for manufacturers and fabricators processing round steel pipes used in structural and industrial applications.
Common industries include:
Structural steel fabrication
Process piping and pipe spool manufacturing
Mechanical contracting
Industrial plant construction
Shipbuilding and marine fabrication
Offshore structures
Energy and infrastructure projects
General pipe fabrication
The ProCutter 600 and 900 are excellent choices for shops seeking flexible, cost-effective CNC pipe profiling.
The ProCutter 900 RB is especially valuable for fabricators processing larger volumes of pipe who want to streamline material movement between cutting and welding operations.
A: Choosing the right ProCutter model depends on your pipe sizes, production volume, cutting requirements, and available shop space.
Important considerations include:
Minimum and maximum pipe diameters
Pipe wall thickness and material weight
Required cutting and beveling operations
Plasma versus oxy-fuel cutting requirements
Daily or monthly production volume
Material loading and unloading preferences
Existing CAD/CAM software
Available floor space and facility layout
Opportunities to reduce manual cutting and weld preparation
The ProCutter 600 is an excellent option for smaller-diameter applications, while the ProCutter 900 provides additional capacity for larger pipes.
For fabricators seeking increased automation and improved material handling, the ProCutter 900 RB offers a more integrated production solution.
Bramac Machinery can review your applications, material specifications, and production goals to help determine the most effective ProCutter configuration for your operation.
