Single Robot Welding Workstation
Space saving single-cell robotic welding system for small to medium batch production. Consisting of a 6-axis welding robot arm, integrated positioner, welding power supply and safety house.
Learn More →Ranging from a single-robot welding cell to a complete gantry production line—CBOXTEC provides comprehensive turnkey welding automation solutions for steel structure fabrication, shipbuilding, bridge construction, and power equipment manufacturing.
Complete Robotic Welding Solutions for Heavy Industry
As global manufacturing shifts toward intelligent welding automation, fabricators in steel structures, shipbuilding, and energy infrastructure face mounting pressure to improve weld quality, increase throughput, and address the growing shortage of skilled welders. CBOXTEC—founded in 1991 in China—has spent over three decades engineering robotic welding systems and automated welding workstations purpose-built for heavy-industry applications where manual arc welding simply cannot scale. Every system is developed in-house with proprietary technology backed by 200+ patents, including 50+ invention patents, and validated through industry-university-research partnerships with leading universities.
Eight classifications of industrial (welding) robots and automated production lines, specified to your workpiece type, size, material and joint configuration.
Space saving single-cell robotic welding system for small to medium batch production. Consisting of a 6-axis welding robot arm, integrated positioner, welding power supply and safety house.
Learn More →Long-reach robotic welding cell built on a high-accuracy linear ground rail, extending the work envelope along the axial direction for long structural members.
Learn More →Multi-axis cantilever welding robot system with 7, 8 or 9 coordinated axes for optimum access and maneuverability on complex 3-D assemblies.
Learn More →Overhead gantry mounted robotic welding system for huge format steel structure fabrication.
Learn More →Fully mobile industrial welding robot integrated with an autonomous guided vehicle (AGV) for flexible shop-floor deployment without rails or gantries.
Learn More →Force-sensor enabled collaborative robot for safe human-robot welding in high-mix, low-volume environments.
Learn More →Complete integrated digital welding manufacturing system for CNC steel structure production with robot welding, fixturing, feeding and control.
Learn More →High-power fiber laser processing production line for fine steel cutting, laser welding and surface treatment.
Learn More →Solving the Real Problems Fabricators Face
No matter if you’re battling welder shortages, poor quality welds or long production cycles – we have developed specific solutions to each of your pains in the field of industrial welding automation.
Our single-robot workstations, ground rail stations, and gantry systems achieve 60-80% arc-on time (vs. 15-30% manual), so one operator can supervise multiple welding robots. Collaborative cobots let semi-skilled operators program welds easily—no expert welder needed.
All weld parameters are programmable with 0.1 mm reproducibility. Intelligent steel structure systems integrate laser seam tracking and through-arc sensing for self-learning adaptive path correction, greatly reducing welding rework.
Ground rail stations extend the working envelope to several tens of meters. Gantry multi-robot systems cover heavy plate and beam fabrication. AGV mobile robots bring the robot to the workpiece—ideal for shipyard flat-panel welding and large structural assemblies.
A collaborative welding robot with drag-and-teach programming can re-program a new weld path in minutes. Offline programming software generates weld paths automatically from 3D CAD models, and modular quick-change fixturing handles custom steel structures.
Cantilever systems deliver 7, 8, or 9 coordinated motion axes—robot arm articulation plus external cantilever travel, positioner rotation, and rail travel allow the torch virtually unlimited approach angles and reach.
How to sequence stiffener, base plate and corbel welds on H-beam assemblies for minimal distortion.
A practical guide to robotic submerged arc welding for thick steel plate and bridge fabrication.
Codes, processes and automation options every steel fabricator should review in 2026.
Heavy-duty robotic welding trends and technologies shaping industrial fabrication in 2026.
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