Exentis Group AG

Have you already discovered Additive Screen Printing? Experience how this technology enables micro precise, industrial-scale production of parts such as thermal management components. Made from metals, customised materials, pure copper or various other materials. Visit us at Formnext 2025 in Frankfurt and learn how you can benefit from Exentis’ Additive Screen Printing. We'll show you various real components with ultra-fine geometries. Join the presentation by Dr. Srdan Vasic on “Highly Flexible and Customer Tailored Materials and Structures for Thermal Management” 📍 Hall 12, Level 1, B49, Technology Stage Get your free Formnext ticket now — while supplies last! How to find us at formnext: 📅 Tuesday–Thursday, 18–20 November 2025: 9:00–18:00 h 📅 Friday, 21 November 2025: 9:00–16:00 h 📍 Hall 11.0, Booth C38 We're looking forward to your visit.

Meet the technology that transforms micro precision into industrial-scale production — without compromise on materials. Experience how Additive Screen Printing technology enables micro precise, industrial-scale production of parts such as thermal management components. Made from metals, customised materials, pure copper or various other materials. Visit us at Formnext 2025 in Frankfurt and learn how you can benefit from Exentis’ Additive Screen Printing. We'll show you various real components with ultra-fine geometries. Join the presentation by Dr. Srdan Vasic on “Highly Flexible and Customer Tailored Materials and Structures for Thermal Management” 📍 Hall 12, Level 1, B49, Technology Stage Get your free Formnext ticket now — while supplies last! How to find us at formnext: 📅 Tuesday–Thursday, 18–20 November 2025: 9:00–18:00 h 📅 Friday, 21 November 2025: 9:00–16:00 h 📍 Hall 11.0, Booth C38 We're looking forward to your visit.

Additive Screen Printing makes it possible embed microchannels directly into flat components, in a single production step. No complex layering, no costly post-processing. Just micro precision at scale. With Exentis technology, channel widths starting from 75 μm can be created, including curved or lateral geometries. It enables the integration of cooling, filtration, or fluid control structures right inside the part. And with true industrial scalability, it supports mass manufacturing of millions of parts. 👉 Learn more about Additive Screen Printing

Still producing components layer by layer to integrate channels? Additive Screen Printing makes it possible embed microchannels directly into flat components, in a single production step. No complex layering, no costly post-processing. Just micro precision at scale. With Exentis technology, channel widths starting from 75 μm can be created, including curved or lateral geometries. It enables the integration of cooling, filtration, or fluid control structures right inside the part. And with true industrial scalability, it supports mass manufacturing of millions of parts. 👉 Learn more about Additive Screen Printing

Still producing components layer by layer to integrate channels? Additive Screen Printing makes it possible embed microchannels directly into flat components, in a single production step. No complex layering, no costly post-processing. Just micro precision at scale. With Exentis technology, channel widths starting from 75 μm can be created, including curved or lateral geometries. It enables the integration of cooling, filtration, or fluid control structures right inside the part. And with true industrial scalability, it supports mass manufacturing of millions of parts. 👉 Learn more about Additive Screen Printing

Still producing parts layer by layer to get channels inside? Additive screen printing enables ultrafine structures that can be incorporated into flat parts for cooling, filtering, and more purposes. These two sample components illustrate the concept: the top layer has been partly removed to show how channels can be incorporated in a single production step. Want to learn more about the benefits of Additive Screen Printing? Get in touch – we’d love to talk to you about your project.