Automation for specialist heavy fabrication.
For specialist heavy-fabrication work outside the main application groups, automation fit depends on workpiece geometry, size, weight, welding conditions, robot access, and production pattern. AGR evaluates these conditions case by case.
Four factors define automation fit.
Whether thick-plate structural welding can be automated is judged from thickness, joints, access, and quality requirements. These four factors provide the starting point for engineering review.
Geometry, size & weight
Workpiece envelope, size, and weight define the equipment layout.
Welding conditions & joints
Thickness, joint geometry, quality requirements, and inspection standards.
Access
Torch reach, orientation, and whether fixtures and positioners are practical.
Production pattern
One-off, high-mix low-volume, or higher-volume production.
Define automation scope from the process flow.
Automation assessment does not start with selecting a welding robot. It starts from where issues sit in the overall process and which steps to automate.
- Confirm workpiece conditions (drawings, photos, thickness, joints, material)
- Review the current process and issues (teaching, quality variation, inspection, rework)
- Assess automation scope and layout (cell / High-Mix / line / weld-preparation combinations)
- Trials and weld validation on real workpieces
- Startup and operations (including fixtures, training, and maintenance)
When groove preparation sits upstream, combining Weld Preparation Automation lets the process be assessed as a whole for quality and productivity.
What we confirm in the first discussion.
Sharing the following in the first discussion helps the initial fit check move smoothly.
- Drawings, photos, and 3D data for the target parts (when available)
- Thickness, material, and joint type
- Inspection standards and quality requirements
- Mix count, volume, and production pattern
- Current issues (where the process is constrained)
Entry points for assessment:
Discuss a custom application
We assess automation fit from workpiece conditions—not from industry labels alone.
Request a Technical Assessment