PRESS RELEASE
SurFunction opens up a new dimension of sustainable surfaces through DLIP integration of fiber laser technologies
SurFunction GmbH, an innovation leader in the field of laser-based surface structuring, is taking DLIP (Direct Laser Interference Patterning) technology to a new level with the modular ELIPSYS® platform. For the first time, the industrial integration of powerful and particularly cost-effective fiber lasers is possible. This globally significant innovation opens up disruptive possibilities in the field of functional, cost-effective, and environmentally friendly surface systems modeled on nature.
The modular key to broad industrialization
By incorporating cost-effective fiber laser technology, SurFunction’s ELIPSYS® platform enables the fast, efficient, scalable, and inline production of a new generation of high-precision micro- and nanostructures for the first time. This combination not only offers a significant reduction in system and operating costs, but also significantly expands all areas of application in industrial practice. This opens up a wide range of new application opportunities and market potential, for example in medical technology, aviation, transportation, and the energy sector.
High flexibility in industrial production
The integration of fiber laser technologies now also allows the use of dynamic and robot-assisted DLIP systems – ideal for large-area applications, automated manufacturing environments, and flexible production processes. The possible applications are virtually limitless – from friction-optimized structures to ideal surface pretreatment. Existing DLIP systems can also be significantly increased in performance and more effectively integrated into existing production lines.
Diverse industrial applications
The new surface solutions based on the ELIPSYS® platform open up a virtually unlimited spectrum of industrial applications with sustainable added value.
Examples:
• Energy efficiency and friction optimization, e.g., for drive trains, pumps, or energy generation systems
• Wear reduction in tools and sliding components
• Biocompatible textures, such as for implants, catheters, and other medical devices
• PFAS-free non-stick structures for packaging, household products, or technical applications
• Antibacterial and hydrophobic surfaces for hygiene products, electronic applications, or vehicle interiors, among others
• Anti-reflective or adhesion-controlling textures in electronics, optics, or printing technology
Synergies through complementary technologies
A further advantage of the now expanded ELIPSYS® platform is the ability to specifically combine DLIP structures with conventional or alternative surface finishes. This creates hybrid solutions with previously unattained performance, e.g., in the form of structured layers, selective adhesion modulation, or smart surfaces.
Dr. Dominik Britz, co-founder and Managing Director of SurFunction: “SurFunction sees this innovation as a revolutionary step toward establishing a new generation of industrial surface platforms modeled on nature. Our ELIPSYS® platform, with its now possible fiber laser connection, not only redefines the future of surface processing but also marks a decisive milestone on the path to particularly high-performance, cost-effective, industrially highly scalable, and at the same time responsible surface solutions.”
Global implementation prepared
The ELIPSYS® platform, which enables a new generation of DLIP surface functionalization on an industrial scale, is comprehensively patented and has already been successfully validated in industrial practice. Collaboration discussions – for example, with established fiber laser manufacturers – are currently underway, and further pilot applications are being prepared. Together with leading industrial partners, the goal is to set new standards in functional surfaces, scale them internationally, and broadly integrate them into industrial series processes.
The future of sustainable surfaces begins
ELIPSYS® provides a platform technology that can transform today’s industrial surface treatment: from chemical to physical, from additive to structural, from static to smart. SurFunction aims to make a substantial contribution to the ecological design of future industrial value creation.
Interested customers and partners can obtain further information about the technology and live demonstrations directly from SurFunction.