Cavitar
Making the invisible visible. By joining forces—combining CEWELD welding consumables with Cavitar, advanced laser camera technology—we are taking welding innovation to unprecedented levels.
In the world of high-end welding, precision is everything. However, the reality is that the intensity of the welding arc makes it impossible to see exactly what is happening in the melt pool with the naked eye—or even with standard cameras. Thanks to our partnership with Cavitar, we are breaking this barrier. By using specialized laser illumination, we can see straight through the arc. This allows us to analyze the behavior of our CEWELD welding wires in a way that was previously unthinkable.
Certilas stands for quality and technical expertise. Cavitar provides the technology to visually prove that quality. Together, we focus on:
- Process Optimization: Detailed analysis of droplet transfer and spatter behavior.
- R&D and Innovation: Fine-tuning new consumables by examining the interactions within the melt pool.
- Knowledge Sharing: Making complex welding processes understandable by visualizing them in ultra-high-definition and slow-motion.
"By integrating Cavitar’s technology into our testing facilities, we offer our customers not only the best materials but also the visual evidence of how these materials perform under extreme conditions."
Our specialists use Cavitar systems to continuously capture new footage of various welding processes. From the stability of our covered electrodes to the flow of our MIG/MAG wires, everything is recorded in minute detail.
Curious about the results? We share our most impressive visuals and technical analyses directly on our social media channels.
Follow the Innovation
Don’t miss an update—see exactly how our welding consumables perform through the Cavitar lens. Click the channels below to watch our latest videos:
Cavitar Ltd is a Finnish company specializing in laser-based illumination solutions for industrial processes. Their cameras are recognized worldwide as the gold standard for visualizing welding processes, using lasers to bypass the intense brightness of the arc and provide a crystal-clear image.
