Digitally controlled. Globally networked.
For more efficiency in cutting.
The future is on!
Software, digitalization & AI
Networked processes. Intelligent control. Simple operation.
Our software solutions take your production to the next digital level – networked, scalable and intuitive to use. With smart systems such as Kuris Connect, we create an end-to-end data infrastructure for automated cutting in an Industry 4.0 context. You receive cross-location transparency, can access production data worldwide and monitor your machines centrally – in real time, securely and efficiently.
The focus is on an intuitive human-machine interface (HMI) that uses the latest touchscreen technology to enable clear, visual operation of your cutting systems. Whether automatic tool change, CAD data integration or live status displays: Our user interfaces reduce complexity and increase process reliability.
You also benefit from integrated CAD functions. This not only makes your production transparent, but also future-proof – thanks to intelligent fault diagnostics and maximum system availability.
Our software is more than just a user interface. It is the digital backbone of your cutting production – customizable, networked and ready for the requirements of tomorrow.
Artificial intelligence with a purpose
Everyone is talking about AI. For us, it is more than that. It has long been an integral part of reliable processes and efficient solutions. We don’t see AI as a replacement for people, but as a useful addition. For example, in predictive maintenance, automatically recognizing cutting patterns and optimizing the use of materials in real time.
The highlights -
at a glance
Central control & remote access in real time
Intuitive operation with HMI
Smart maintenance & spare parts management
Integrated AI functionalities
Industries
We understand your industry
From fashion to furniture to mobility: every industry has its own challenges and requirements. We know them all and develop textile cutting machines that are precisely tailored to your processes.
