Solutions / Welding Cells
Solutions — 01

Robotic
Welding
Cells.

Focused robotic welding systems for specific weld challenges and part families. From single-station setups to multi-robot cells with positioner coordination and seam tracking.

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AGR robotic welding cell — single station, thick-section structural weldment Welding Cell — Single robot station, positioner, thick-section structural component, heavy fabrication context
When to Choose a Welding Cell

Focused Problem.
Focused Solution.

A welding cell is appropriate when the production challenge is specific — a particular joint type, material grade, or part family — and does not require multi-station coordination or complex material flow.

Condition 01
Specific Weld Challenge
The welding problem is defined — section thickness, joint configuration, heat input requirement, inspection standard. The cell is engineered around that specific constraint.
Condition 02
Defined Part Family
Production involves a specific set of parts with a manageable variant range. Fixture engineering can address the actual dimensional variation — not just the nominal condition.
Condition 03
Standalone Production
The welding operation can function as a standalone station. Material input and output do not require automated handling coordination with adjacent processes.
Engineering Approach

Four Control Layers
Applied at Cell Level.

Every AGR welding cell applies the same four engineering disciplines — regardless of whether the system is a single station or part of a larger line.

Layer 01
Process Engineering
Heat input, interpass temperature, weld sequence, and multi-pass strategy engineered for the specific material and section — not selected from a default parameter set.
Layer 02
Fixture & Distortion Control
Clamping sequence, restraint geometry, and release timing designed to control distortion accumulation — not correct it after the fact.
Layer 03
Seam Tracking & Adaptive Control
Sensor type, mounting geometry, and tracking algorithm selected for the specific joint type and material condition — not applied generically.
Layer 04
Inspection Readiness
UT / RT acceptance criteria built into the process specification before first production run. Validation against inspection standards — not visual appearance.
Scope of Delivery

What a Welding Cell
Typically Includes.

Robot System
FANUC welding robot (M-10iD, M-20iD, or R-2000iB depending on reach and payload). Robot controller, welding source interface, and TCP calibration. Arc welding torch and consumables system.
Positioner
Servo-driven positioner (single-axis, dual-axis, or headstock/tailstock) selected for the specific part weight and geometry. Coordinated motion with robot controller — not independent operation.
Fixture & Tooling
Custom fixture designed for the part family dimensional range. Hydraulic or mechanical clamping. Datum system engineered for repeatability under thermal load.
Seam Tracking
Arc seam tracking or laser sensor (application-dependent). Tracking parameters tuned for joint type, gap variation, and section thickness.
Safety & Enclosure
Light curtain or safety fence perimeter. Fume extraction. Arc flash protection. CE or GB marking as required for the delivery region.
Programming & Commissioning
Offline programming (OLP) with collision checking. On-site commissioning with process validation. First-run qualification against inspection acceptance criteria.
Selection Guide

Is a Cell
the Right Choice?

A welding cell is appropriate when:
  • The weld challenge is specific and well-defined
  • Part family has a manageable variant range
  • Production does not require automated inter-station handling
  • Volume justifies robotic automation but not a full production line
  • Inspection requirements are defined and can be built into process engineering
Consider a different approach when:
  • Production involves many part types with frequent changeover — consider integrated line
  • Welding is one step in a larger automated flow — consider integrated line
  • The primary constraint is fixture or positioning — consider tooling & positioners first
  • Production volume does not justify full robotic automation
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Discuss Your Application

Start From the
Weld Challenge.

The right cell configuration depends on the specific welding constraint — material, section, joint type, inspection requirement. The assessment begins from there.

Request Technical Assessment

Useful to share in your enquiry:

  • Material grade and section thickness
  • Joint type and configuration
  • Inspection standard (UT, RT, visual)
  • Part dimensions and weight
  • Production volume and variant count