Robotic Welding and Automation,
Engineered Around Your Workpiece.
AGR Robotics designs robotic welding and automation systems for heavy fabrication. From welding cells and high-mix automation to integrated lines and weld preparation, each system is engineered around the workpiece, process, production requirements, and factory environment.
Four Product Platforms for Robotic Welding and Automation
Start with the automation scope that matches your process: robotic welding cells, high-mix robotic welding automation, robotic welding lines, or weld preparation automation.
Robotic Welding Cells
Automate repeatable welding for defined part families with the robot, welding source, fixtures, positioners, sensing, controls, and safety engineered as one cell.
View Robotic Welding Cells
High-Mix Robotic Welding Automation
For changing workpieces and high-mix production, recognition and path generation reduce dependence on point-by-point robot teaching. H-beam welding is a mature featured application.
Featured application: H-beam View High-Mix Robotic Welding
Robotic Welding Lines
Connect welding, handling, transfer, and related stations into an engineered production flow. Robotic welding lines are a core application, not the only line type.
View Robotic Welding Lines
Weld Preparation Automation
Automate weld preparation before welding, including robotic gas bevel cutting and application-specific chamfering systems.
View Weld Preparation AutomationThe Engineering Platform Behind All Four Products
3D vision, workpiece recognition, path generation, sensing, welding-process engineering, tooling, simulation, and validation are integrated according to the application.
Representative Heavy-Fabrication Applications
These industries are representative, not limiting. Automation suitability is determined by the workpiece, joints, material and thickness, quality requirements, production mix, and process flow.
Structural Steel
Robotic welding for beams, columns, reinforcement, and changing structural-steel workpieces.
Construction Machinery & Heavy Equipment
Heavy-plate structural components with demanding welding quality and multi-model production.
Wind Energy
Large welded structures including stator- and rotor-related components in production environments.
Agricultural Machinery
Frames and fabricated parts with frequent model changes and variable production mixes.
Combustion & Flare Equipment
Engineered welding systems for combustion and flare equipment across differing project conditions.
Rail & Rolling Stock
High-mix small welded parts and production that requires frequent changeover.
Pressure Vessels & Process Equipment
Automation for complex welded geometries and changing pressure-vessel or process-equipment specifications.
If your industry or workpiece is not shown, we can still evaluate the application. The workpiece and process conditions matter more than the industry label.
Fit is confirmed from workpiece and process conditions—not industry labels alone.
Discuss Another ApplicationProduction Experience, Not Demo-Only Automation
We distinguish customer deployments, AGR Group factory production, technical validation, and demonstration evidence so buyers can see what each proof point actually represents.
Factory production
Automation used in AGR Group structural-component production
AGR Group factories use robotic welding and weld-preparation automation in real manufacturing processes, including construction-machinery structural parts, wind-related welded structures, and robotic gas bevel preparation.
Customer deployments
Customer deployments across multiple heavy-fabrication applications
AGR has delivered robotic welding and automation systems for customer workpieces in sectors including agricultural machinery and combustion or flare equipment. Public case detail is limited to evidence that can be disclosed.
Engineering Answers for Automation Decisions
Practical guidance from real automation projects, welding-process evaluation, system design, validation, and commissioning.
Start With the Workpiece and Process.
A drawing is helpful but not required for the first discussion. Share the workpiece, material, thickness, joint, production mix, current process, and the problem you want to solve.
- Commercial contact: AGR Robotics global sales
- Technical review: AGR Robotics engineering team
- Email: [email protected]
Information that helps the first assessment
Drawing / workpiece photos / material / thickness / joints / production volume / current process
Request a Technical Assessment