Advanced Robotic Plasma Coping Machine for Structural Steel Fabrication
The HGG APC takes robotic plasma coping to the next level with patented 360° robotic rotation, intelligent material handling, and precision 3D laser measurement. Designed for high-production structural steel fabrication, the APC automatically cuts and profiles beams, channels, angles, round pipes, square and rectangular tubing, and flat bars with exceptional speed, accuracy, and consistency.
Featuring a synchronized robotic cutting system, Hypertherm XPR300 plasma technology, and advanced CAD/CAM integration, the APC streamlines complex coping, hole cutting, beveling, weld preparation, and marking operations while minimizing manual labor and secondary processing.
The HGG APC is a next-generation robotic plasma coping machine engineered to maximize productivity, cutting accuracy, and automation in structural steel fabrication. Developed to overcome the limitations of conventional beam coping systems, the APC combines a patented 360° rotating robotic arm, an advanced seven-axis CNC cutting system, intelligent material gripping, and precision laser measurement into one fully integrated solution.
Unlike traditional coping machines that can be restricted by robot positioning or profile handling, the APC uses continuous robotic rotation and a synchronized gripper system to access complex cutting geometries from virtually any angle. This innovative design supports efficient cutting of structural beams, channels, angles, flat bars, round pipes, and hollow structural sections without requiring gripper modifications between common profile types.
Before cutting, the APC performs a comprehensive 3D laser scan of the material to identify dimensional variations and compensate for deviations. Combined with optimized cutting routines, this technology produces accurate copes, holes, miters, bevels, and weld preparations that help reduce manual grinding, fitting adjustments, and secondary processing.
The APC also features a Hypertherm XPR300 plasma system, automated material handling, integrated fume extraction, and an intuitive Human-Machine Interface (HMI) designed to simplify machine operation. HGG’s ProCAM software connects the machine with compatible structural steel detailing systems, streamlining the transition from digital designs to finished components.
Built for steel service centers, structural fabricators, and high-volume production facilities, the APC delivers the versatility to process diverse steel profiles while helping increase throughput, improve material flow, and reduce dependence on manual cutting operations.
Revolutionary robotic rotation provides exceptional cutting freedom around structural steel profiles.
Eliminates many positioning restrictions found in conventional robotic coping machines.
Works in synchronization with the material gripper for efficient, continuous cutting operations.
Supports complex cutting geometries on beams, pipes, hollow sections, and structural profiles.
High-performance seven-axis CNC robotic system delivers precise, flexible cutting movements.
Handles intricate copes, connection details, bevels, and weld preparations.
Optimized cutting sequences help increase torch-on time and reduce unnecessary repositioning.
Combines robotic versatility with consistent CNC-controlled accuracy.
Innovative gripper automatically clamps and positions different structural steel profiles.
Synchronized operation with the robot supports dynamic cutting and improved productivity.
Processes common beams, channels, angles, pipes, and hollow sections without gripper modifications.
Integrated fume extraction helps control cutting fumes, especially when processing hollow profiles.
Advanced laser scanning captures a complete 360° view of the material profile.
Detects dimensional variations and material deviations before cutting begins.
Automatically compensates cutting paths to improve fit-up and connection accuracy.
Helps reduce measurement errors, rework, and secondary processing.
Equipped with the Hypertherm XPR300 high-definition plasma cutting system.
True Hole technology supports precise bolt-hole cutting on compatible materials.
Delivers reliable cutting performance for structural steel and complex connection geometries.
Quick-disconnect plasma torch allows efficient, tool-free torch replacement.
Processes wide-flange beams, channels, angles, flat bars, round pipes, and square or rectangular tubing.
Supports round pipe diameters up to 24 inches and structural beams up to W30x235.
Performs coping, miter cutting, bolt holes, ratholes, slots, bevels, and weld preparations.
Consolidates multiple structural steel processing operations into one automated system.
Automated material feeding and positioning streamline production flow.
Compact cutting cell maximizes available workshop space.
Optional Smart-Logistics and scrap-handling solutions support efficient material movement.
Configurable infeed arrangements accommodate different shop layouts.
HGG ProCAM software connects compatible CAD/CAM and detailing systems directly to production.
Supports digital part preparation, nesting, cutting simulation, and layout marking.
Redesigned Human-Machine Interface (HMI) guides operators through the cutting process.
Reduces manual programming requirements and simplifies day-to-day machine operation.
Increase cutting throughput with optimized robotic movements and automated material handling.
Reduce time spent repositioning profiles and preparing complex connections.
Support high-volume fabrication with efficient, repeatable cutting operations.
Automate cutting, coping, hole preparation, and layout marking.
Minimize manual measuring, cutting, and grinding requirements.
Simplify operation with an intuitive interface that guides operators through production.
Use advanced 3D laser measurement to identify and compensate for material deviations.
Produce consistent bolt holes, copes, miters, and connection geometries.
Reduce fitting adjustments and improve the quality of components entering assembly.
Perform complex bevels, ratholes, and weld preparations directly on the machine.
Reduce manual grinding, drilling, and rework after cutting.
Deliver accurately prepared parts that move efficiently to fitting and welding.
Cut beams, channels, angles, pipes, hollow sections, and flat bars with one system.
Reduce the need for separate machines dedicated to different structural profiles.
Expand fabrication capabilities without sacrificing production flexibility.
Streamline infeed, positioning, cutting, and outfeed operations.
Reduce unnecessary material movement between cutting workstations.
Integrate optional logistics and scrap-handling equipment to improve workflow.
Transfer compatible digital detailing information directly into cutting operations.
Reduce manual programming and the risk of data-entry errors.
Improve material utilization through advanced work preparation and nesting.
Increase production capacity while maintaining consistent cutting quality.
Improve scheduling flexibility for both repeated and custom structural components.
Reduce labor-intensive preparation work and support faster project turnaround.
A: The HGG APC (All-in-One Profile Cutting Machine) is an advanced robotic plasma cutting system designed to automate structural steel processing. It combines cutting, coping, beveling, hole cutting, and marking into one integrated machine.
Featuring patented 360-degree robotic rotation and an automated material gripper, the APC produces accurate, ready-to-fit structural components while reducing manual labor, secondary processing, and production time. It is an ideal solution for fabricators looking to increase throughput and streamline their operations.
A: The HGG APC accommodates a wide range of structural profiles, including H-beams, channels, square and rectangular tubing, round pipe, angles, and flat bars.
Key processing capacities include:
H-beams: Up to W30×235
Round pipe: Up to 24″ outside diameter
Square tubing: Up to 16″ × 16″
Rectangular tubing: Up to 24″ × 16″
Material thickness: 3/16″ to 2″
Material length: Up to 60 feet, depending on configuration
Maximum material positioning weight: 12,125 lbs
This versatility allows fabricators to process multiple structural profiles on a single machine without requiring dedicated equipment for each material type.
A: Yes. The HGG APC performs complex structural cutting operations, including beam coping, weld preparations, bevel cutting, bolt-hole cutting, and specialized connection geometries.
The system supports bevel angles up to 45 degrees, with plasma cutting capacity up to 3 inches and piercing capacity up to 2 inches, depending on material and cutting conditions.
By completing these operations in a single automated process, the APC reduces the need for secondary drilling, grinding, and manual weld preparation.
A: The HGG APC combines precision robotic motion, automated material positioning, and 3D laser measurement technology to deliver consistent cutting results.
For material thicknesses below 5/8″, plasma cutting accuracy is ±0.020″ for straight cuts and ±0.040″ for 45-degree bevel cuts.
Its laser measurement system identifies dimensional variations in structural profiles and adjusts the cutting process accordingly, improving fit-up accuracy and reducing rework during welding and assembly.
Cutting accuracy varies with material thickness, geometry, and cutting angle.
A: The HGG APC features integrated infeed and outfeed conveyors, drag chains, and a servo-controlled hydraulic gripper that automatically positions and secures structural profiles throughout the cutting process.
The gripper works in coordination with the patented 360-degree rotating robotic system, allowing the machine to access complex cutting geometries while minimizing manual repositioning.
This automated approach reduces material handling time, improves consistency, and allows operators to focus on production management rather than repetitive cutting and positioning tasks.
A: Yes. The HGG APC integrates with digital fabrication workflows, allowing cutting information to be transferred from CAD and structural steel detailing software directly into production.
HGG’s software solutions support CAD model integration, STEP file imports, optimized nesting, 3D visualization, and automated cutting path preparation.
These capabilities simplify programming, reduce manual data entry, minimize material waste, and help ensure that finished components accurately reflect the original design.
A: Yes. The HGG APC supports plasma marking and additional marking options for part identification and fabrication layout.
Marking applications include part numbers, reference lines, weld locations, and assembly indicators. These markings help fabrication teams identify components, position connections, and prepare parts for welding or bolted assembly.
Integrating marking into the cutting process reduces manual layout work, improves shop-floor organization, and helps streamline downstream fabrication.
A: The HGG APC consolidates multiple structural steel processing operations into a single automated system, reducing the need for separate cutting, coping, drilling, and manual preparation processes.
By combining robotic plasma cutting, automated material handling, optimized cutting routines, and precise weld preparation, the APC helps fabricators:
Reduce manual labor and secondary operations
Minimize material waste and processing errors
Improve weld fit-up and assembly efficiency
Increase throughput without adding multiple dedicated machines
Handle a wider variety of structural steel projects
For fabrication shops looking to expand capacity, improve production consistency, and lower cost per part, the HGG APC provides a versatile, high-performance solution built for demanding structural steel applications.
