Printers

WEBINAR: From Challenges to Tangible Benefits – Optimise Time, Costs and Quality With Breton Genesi Large-Format 3D Printing

Want to explore the rapidly evolving field of large format 3D printing (LAM) with thermoplastics? Interested in seeing how the transformative potential of this technology for the manufacturing industry. Watch our webinar, “From Challenges to Tangible Benefits – Optimi

WEBINAR: From Challenges to Tangible Benefits – Optimise Time, Costs and Quality With Breton Genesi Large-Format 3D Printing
3Dnatives

Want to explore the rapidly evolving field of large format 3D printing (LAM) with thermoplastics? Interested in seeing how the transformative potential of this technology for the manufacturing industry. Watch our webinar, “From Challenges to Tangible Benefits – Optimise Time, Costs and Quality With Breton,” that took place on June 5th, 2025. There, we were joined by experts from Breton to examine key growth drivers and significant benefits, including the ability to produce complex geometries, reduced production time and costs, and increased sustainability.

We addressed the key challenges in adopting LAM, in particular the complexity of managing extrusion parameters and the need to ensure stable and repeatable results. Although LAM’s benefits have long been lauded for applications, many users still struggle with adapting to the solutions currently on the market. The speakers from Breton demonstrated how Breton Genesi, leveraging Breton’s experience, addresses these issues. Genesi is not just a printer, but a true “ecosystem” that integrates machine learning and artificial intelligence algorithms to optimise the additive process.

During the webinar, we delved into how Genesi, with its predictive approach and intelligent CANOVA software, dramatically simplifies the operator’s job and ensures stability and high print quality through automatic parameter control and continuous process monitoring. Attendees learned how this technology enables them to optimise time, cost and quality, achieve parts with superior mechanical properties and reduce material waste.