Focus topics of USE 2027

The ongoing digitalization in metal processing is revolutionizing both joining and cutting. By connecting machines, using IoT platforms and analyzing data in real time, production processes can be optimized, quality assurance improved and maintenance proactively managed.

Modern Industry 4.0 solutions such as the C-Gate IoT platform from Cloos enable access to real-time information from production, allowing companies to control their processes more precisely and identify potential sources of error at an early stage. Smart manufacturing ensures higher productivity, transparency and resource efficiency by intelligently evaluating data from welding, cutting and machining processes and integrating it into automated optimization strategies.

The integration of robotics into welding technology leads to greater precision and efficiency. Automated welding systems not only enable the handling of high quantities, but also the flexible adaptation to different production requirements. Carl Cloos Schweißtechnik reports an increasing demand for highly complex, interconnected production systems that support flexible and efficient production.

The use of robotics and automated systems is also increasing precision and productivity in cutting technology. Automated cutting systems can perform complex tasks with minimal human intervention, which is particularly advantageous for high production quantities. Companies such as Expercut offer solutions for digital transformation in the cutting industry that support such automation concepts and thus enable more efficient, resource-saving production.

Sustainability is a key driver of modern metalworking and plays a decisive role in both cutting and joining. Energy-efficient processes, low-emission technologies and intelligent control systems can reduce environmental pollution and utilise production resources optimally.

In joining technology, advanced welding processes reduce energy consumption and minimise emissions. Innovative solutions optimise the use of materials and improve working conditions by reducing harmful vapours and thermal exposure.

Sustainable technologies are also becoming increasingly important in cutting. Efficient cutting processes reduce material waste and enable resource-saving production with lower energy consumption. Schneider Electric relies on software-based automation solutions that optimise production processes and further reduce the environmental impact.

The use of artificial intelligence (AI) and machine learning is transforming the welding and cutting industry by optimizing processes and improving quality. Data analysis enables patterns to be recognized, anomalies to be identified at an early stage and control systems to be adaptively adjusted - for greater efficiency and precision.

In joining technology, deep learning-based systems ensure real-time monitoring of welding processes. Welding quality is continuously improved by automatically adapting to changing conditions, which leads to greater process reliability and better results.

AI also improves the control and efficiency of cutting processes. AI-supported algorithms optimize cutting parameters dynamically, minimizing material losses and shortening processing times. In addition, machines can automatically adapt to different materials and production requirements, resulting in more flexible and economical production.

Additive manufacturing (3D printing) expands metalworking and brings decisive progress for welding and cutting. Complex structures that are difficult to realize conventionally can be produced efficiently. It also opens up new perspectives in product development.

In welding technology, laser powder build-up welding enables the production and repair of complex components, saves resources and increases production flexibility. Precise material deposition enables economical regeneration and customized solutions.

In cutting technology, new materials such as high-strength alloys and composite materials place high demands on cutting processes. In order to meet these challenges, cutting technologies must be continuously developed and adapted to the specific material properties.

The ongoing development of high-performance lasers sets new standards in metal cutting and enables faster, more precise and efficient processing of even the most demanding materials. Particularly when cutting thicker materials, laser cutting machines with outputs of 10 kW and more ensure high productivity and extended application possibilities in metal processing.

Thanks to minimal heat input, this technology reduces material distortion, ensures clean cutting edges and minimises the need for reworking. High-power lasers also offer high repeat accuracy and enable resource-saving production with reduced material loss.