Designed around the people who use it
If you want tomorrow to be different, you can’t rely on yesterday’s methods. Seeing our robot, cobot, and other in‑house automation solutions coming to life early every morning, shows why modernization and continuous experimentation are essential for production to move forward.
Across manufacturing, the most meaningful automation gains come from designing smarter, more controllable workflows. Studs, fasteners and refractory anchors can be fabricated with higher throughput and tighter consistency. That shift is where the industry is heading: empowering teams to rethink how work gets done and turning repeatability into a competitive advantage.
“Automation plays a key role in the future of manufacturing, improving efficiency and consistency while reducing costs. Robots and cobots are well‑suited to support production teams, which is why we actively integrate them into our operations.”
- Koen van Mil, Production Engineer
Innovation doesn’t start with machines, it starts with people and real world problems. The industry is racing to develop robots and cobots, but the real bottleneck is the tooling they carry. Without the right welding gun and a welding machine that delivers a stable, controllable process and is designed to integrate well, automation can’t reach its full potential. If you need repeatable weld quality at scale, you have to innovate the welding package as much as the robot that moves it.
RAW machines are inherently suited for robot and cobot integration because they are designed as digitally controlled stud welding systems. RAW is the right choice for robotics because:
Consistent computer-controlled weld quality at scale
Identical welds are reproduced from the first attempt through full production runs, without manual corrections, supporting automation where repeatability is critical.
Weld Cycle Data: Monitored, Logged, Reported
Every phase of the weld cycle is digitally regulated and monitored, allowing teams to see reports on the executed welds.
Low heat input and short weld cycles
Controlled energy delivery minimizes base material distortion and downstreams accuracy in automated cells.
Digital readiness for integration
RAW machines operate within digitally managed architectures, making them compatible with modern robotic work cells and data‑driven production environments.
Together, these characteristics make RAW machines integration‑ready by design, enabling them to function as dependable welding engines within robotic systems, rather than components that need to be adapted to automation.
Rapid Arc Welding Guns: The Missing Link in Robotic WeldingRAW welding guns are engineered as an integral part of the Rapid Arc Welding system, making them suitable for robot and cobot applications. They are not adapted hand tools, but process‑critical components designed for automated, repeatable welding.
RAW guns are ideal for robotic systems because they offer:
Digitally controlled stud movement
Stud lift and plunge are precisely controlled by the RAW machine, eliminating variability caused by mechanical springs or operator force. This ensures consistent weld execution cycle after cycle.
High repeatability
Because the welding process is controlled by the RAW system itself, the robot handles gun positioning while the gun executes a precisely controlled weld, reducing variability and ensuring consistent results.
Compact design
RAW guns are designed with weight in mind.
Stable arc behavior in automated environments
The gun geometry and controlled stud guidance support a stable arc throughout the weld cycle, which is essential when welding is repeated thousands of times under identical robotic motion.
Wide application range within a single platform
RAW guns can handle a broad range of stud diameters and anchor types using the same controlled process, allowing robotic cells to remain flexible without hardware changes.
System integrity between guns and machines
RAW guns are designed to work exclusively with RAW machines, ensuring full process compatibility.
Together, these characteristics enable RAW welding guns to function as automation‑ready end‑of‑arm tools, delivering controlled, repeatable welds that robotics depend on, without compromising quality or process stability.
Quality of robotic welding is not defined by faster robots, but by more controlled processes. When the welding machine and gun behave as one regulated system, automation becomes predictable at startup, in daily production, and as volumes grow. For engineers and production teams, that predictability is what unlocks fewer surprises on the line and the confidence to keep testing, learning, and scaling.
Interested to find out more?