Welding technology

AROBIS creates reproducible welding quality through securely integrated robotics.

[ Welding Technology ]

Robotics for repeatable welding quality

AROBIS develops automation for welding operations that want to produce recurring seams more reproducibly, relieve skilled workers, and use their capacity more predictably.

In welding technology, component tolerances, gap width, accessibility, heat input, and fixturing directly affect the result. AROBIS considers these factors before automation and develops a cell that fits the real product range. Skilled workers are relieved of monotonous or ergonomically demanding seams and can focus more on preparation and quality.

Typical applications

Automated welding with a stable fixture, controlled seam guidance, and a safe welding cell.

Let's discuss a project for this industry

Tell us about the component, process, cycle time and boundary conditions. We assess the task from a technical perspective and clarify the next sensible steps.

[ Welding Technology ]

Welding technology: requirements and solutions

In welding technology, component tolerances, gap width, accessibility, heat input, and fixturing directly affect the result. AROBIS considers these factors before automation and develops a cell that fits the real product range. Skilled workers are relieved of monotonous or ergonomically demanding seams and can focus more on preparation and quality.

Workpiece-appropriate fixturing and welding sequence

Flexible welding cell for variants and batch sizes

Your benefits

Increase productivity and apply expertise where it matters

AROBIS automates recurring welding tasks without underestimating the importance of experienced welding specialists. A stable automated process comes from good preparation, well-understood components, and traceable operation.

[ FAQ ]

Frequently asked questions about robotics in welding technology

Answers to typical requirements and automation options in the welding industry.

It’s not just the number of units that matters. Seam length, how often it’s repeated, setup effort, staffing situation, and quality requirements all influence cost-effectiveness.

Yes, if the power source and interfaces are suitable for automated operation. Condition and integration capability are checked in advance.

Good fixtures reduce deviations. In addition, seam tracking, sensors, or adapted programs can be used, provided the type and size of the tolerances are known.

Depending on the system, different torches or processes can be provided. However, tool changes and media routing increase complexity and must be assessed for economic viability.

Process parameters, seam tracking, and inspection characteristics can be monitored. In addition, visual or measuring-based inspections can be integrated into the process.

Operators need clear procedures for loading, choosing programs, setup, and troubleshooting. The actual welding know-how remains important for process release and quality assessment.

[ AROBIS industry expertise ]

Why AROBIS for welding technology?

Stable welding automation starts long before the robot track. AROBIS treats component preparation, clamping, accessibility, heat input, and process control as one system.

From analysis to stable operation

From welding trials and the fixture concept to programming, acceptance testing, and instruction, the process is secured under real component conditions.