中文Durst Group has announced a strategic multi-year partnership with TUM Venture Labs, marking a significant step in the printing technology manufacturer’s journey toward autonomous production systems powered by artificial intelligence, robotics, and connected manufacturing intelligence.
A Landmark Collaboration
As a Platinum Partner, Durst becomes the first Italian company to join the TUM Venture Labs ecosystem — one of Europe’s leading innovation environments for robotics, artificial intelligence, embedded systems, and advanced manufacturing technologies. The partnership centers on the Robotics/AI Lab in Munich, where researchers, entrepreneurs, startups, and industrial partners collaborate to develop next-generation automation technologies.
The collaboration comes as Durst celebrates its 90th anniversary, a milestone that frames the partnership as both a reflection on nine decades of manufacturing innovation and a forward-looking investment in the technologies that will define the next era of industrial production.
Building the Autonomous Factory
At the heart of the partnership is Durst’s vision for autonomous manufacturing. The company has been developing its Kyveris intelligent production platform and the AuRo-Layer architecture, designed to connect machines, software, data, robotics, and artificial intelligence into increasingly autonomous manufacturing environments. Rather than viewing individual machines as isolated production assets, Durst envisions connected systems capable of learning, adapting, and optimising production processes in real time.
“Isolated machines are yesterday’s model. Production is becoming connected, learning and autonomous,” said Christoph Gamper, CEO and Co-Owner of Durst Group. “With Kyveris, we are building the system for this. Munich is no coincidence for us. This is where talents turn research into products in short cycles. This is exactly the energy we are looking for.”
From Research to Industrial Application
The partnership is designed to move beyond academic research into practical industrial applications. Durst will contribute real-world manufacturing challenges involving robotics, AI-driven process control, material handling, and workflow automation. TUM Venture Labs provides access to emerging technologies and entrepreneurial talent through its ecosystem of startups and research groups.
Through the collaboration, Durst will work directly with researchers exploring technologies including human-robot interaction, physical AI, embedded intelligence, digital twins, industrial automation, and autonomous systems. The expectation is that many resulting innovations will support Durst’s digital printing portfolio, but the company also expects technologies to extend into adjacent manufacturing sectors where intelligent automation can improve productivity, transparency, and operational efficiency.
The Broader Industry Transformation
The Durst-TUM partnership reflects a broader transformation taking place across industrial manufacturing. As artificial intelligence, robotics, and automation increasingly converge, equipment manufacturers are evolving from builders of standalone machines into developers of intelligent production ecosystems. This shift has significant implications for the printing industry, where production has traditionally been organised around individual press operations with limited inter-machine coordination.
The concept of the autonomous print factory — where AI systems monitor production in real time, predict and prevent quality issues, automatically adjust machine parameters, and coordinate material handling through robotics — has moved from theoretical discussion to active development. Companies like Durst are investing now to ensure they have the technology foundations and talent relationships to compete in this emerging paradigm.
Why Munich Matters
The choice of Munich as the partnership hub is strategic. The Technical University of Munich (TUM) and its associated venture labs have established themselves as one of Europe’s premier deep-tech innovation ecosystems, particularly in robotics and AI. The city’s concentration of technology companies, research institutions, and startup activity creates a density of talent and ideas that is difficult to replicate elsewhere.
For Durst, being embedded in this ecosystem provides several advantages: early access to emerging technologies before they reach the broader market, direct relationships with entrepreneurial talent who could become future employees or acquisition targets, and credibility in the technology community that supports recruitment and partnership development.
Implications for the Print Industry
For the wider printing industry, Durst’s investment in autonomous manufacturing technology signals that the competitive landscape is shifting from specifications — speed, resolution, substrate range — to intelligence. Print service providers evaluating equipment investments in the coming years will increasingly need to consider not just what a machine can produce today, but how it will integrate into an intelligent, connected production environment tomorrow.
The companies that succeed in this transition will be those that treat their equipment as nodes in a network rather than standalone production units, and that invest in the software, data infrastructure, and workforce capabilities needed to operate in an AI-augmented production environment. Durst’s partnership with TUM Venture Labs is an early indicator of where the industry is heading.
The timing of the partnership is significant for the printing industry’s competitive dynamics. Several major printing equipment manufacturers have announced AI and automation initiatives in recent years, but most have focused on incremental improvements to existing product lines — predictive maintenance, automated color management, remote diagnostics. Durst’s investment in fundamental robotics and AI research through TUM Venture Labs suggests a more ambitious trajectory: building the technology foundations for a new category of autonomous production systems.
For Durst’s customers in the corrugated packaging, label, and wide-format segments, the partnership signals a long-term commitment to technology leadership. While the practical outputs of the TUM collaboration may take years to reach commercial products, the investment reinforces Durst’s positioning as a technology-forward manufacturer that is building for the next decade of production automation rather than merely optimising the current generation of equipment.
Source: INKISH News (inkish.news), July 2026
