Fabrication Process Automation

Automating complex fabrication tasks with high precision is becoming essential in modern industry. Efficiency, repeatable quality, and reliable execution are key drivers — especially when components feature irregular or highly specialized shapes.

SoftART AG specializes in programming industrial robots for advanced fabrication applications.
Our solutions are particularly effective for components with complex or non‑standard geometries, where conventional automation approaches reach their limits.

By combining custom‑developed software libraries with deep engineering expertise, we create robot automation solutions that deliver:

• Consistent, high‑quality results

• Precise, collision‑free motion

• High productivity and process reliability

We develop automation programs for robots from many different manufacturers and tailor each solution precisely to the customer’s production environment. Beyond robot programming, we build intuitive, operator‑friendly GUI tools that improve usability, transparency, and day‑to‑day efficiency on the shop floor.

Our automation solutions cover a wide range of manufacturing and inspection tasks, including:

• Cladding

• Grinding & milling (e.g., wood, gypsum)

• Coating and stripping

• Ultrasonic testing

Supported Fabrication Processes

Micro-Cast

To be defined

Grinding Robot

The surface quality of hydro turbines, especially Pelton runners, has a direct impact on overall efficiency. Achieving the required low roughness and uniform geometry traditionally demands extensive manual grinding — a slow, labor‑intensive process with inconsistent results. SoftART AG developed an automated grinding solution that delivers repeatable, high‑quality surface finishing using a force‑controlled industrial robot.

Our Projects

Industrial fabrication often involves complex geometries, tight tolerances, and demanding workflows. SoftART AG has successfully delivered numerous automation projects that transform these challenges into robust, production‑ready robot systems.

By combining simulation‑driven workflows with our software tools and engineering expertise, we generate precise, reliable robot motion across multiple industries and robot platforms.

Robot Type: 6‑axis industrial robot with force control
Key Result:

• Consistent, high‑quality surface finish on Pelton runners and other hydro components

• Automated control of speed, pressure, and motion, ensuring optimal grinding conditions

• Reduced manual labor and improved safety for operators

• Reliable, repeatable finishing process independent of operator skill

• Full process automation, from path calculation to execution

Process
To be defined

Process: SoftART AG created an automated grinding solution using a 6‑axis force‑controlled robot. An external software system calculates all motion paths, sends them to the robot, and supervises the entire grinding process.

Technologie: To be defined
Key Result:

• To be defined

• To be defined

• To be defined

• To be defined

FAQs

What is fabrication automation?

It’s using robots to handle complex production tasks efficiently.

How do you handle irregular shapes?

We use specialized programming and libraries tailored for uneven components.

Which processing methods do you support?

Our projects include welding, cutting, gluing, and other precise robot-controlled steps.

Why choose robot-controlled processes?

They offer high accuracy, speed, and consistent results every time.

Can you customize solutions?

Yes, we tailor programming to fit your specific production needs.

How do you ensure quality in complex tasks?

Through precise programming and continuous testing, we maintain top-quality results.