Fenzi at Glasstec Virtual

Date: 19 October 2020

Photo source

www.fenzigroup.com

Date: 19 October 2020

You’ll find Fenzi in the Networking Plaza.

Looking forward to meeting you again and shake hands safely at the leading international events, please be informed that we’ll be online at Glasstec Virtual, scheduled for October 20 through 22 at virtual.glasstec-online.com.You’ll find us in the Networking Plaza.

600450

www.fenzigroup.com

2020-10-19T16:17:25

Fenzi at Glasstec Virtual glassonweb.com

See more news about:

WhatsApp LINKEDIN FACEBOOK X PRINT MORE

Others also read

MORE...

Applications Now Being Accepted for FGIA’s 2026 Bill Briese Education Grant Program

Applications are now open for FGIA’s 2026 Bill Briese Education Grant Program, offering member companies financial support to invest in professional development and industry education.

Glassman Italy 2026 Officially Opens Next Week

Keynotes, Exhibitors & Innovation: Glassman Italy 2026 Preview

Circularity Frontiers Summit on Glass to Bring Future-Focused Minds Together in Koblenz

The Circularity Frontiers Summit on Glass will bring students, researchers and industry professionals together in Koblenz in July 2026 to rethink the future of circular glass systems.

FunGlass Researchers Participate in EMERGE EU Advanced Materials Networking Visit

FunGlass researchers joined the EMERGE-EU Networking Visit to strengthen collaboration and explore new opportunities in advanced materials research.

Start-Up Zone at glasstec: A stage for innovations in the glass industry

Innovation meets opportunity. The Start-Up Zone at glasstec puts emerging glass technologies on a global stage.

Laser-based processes make it possible to bend glass selectively and precisely shape targeted, localised areas. Photo: © Fraunhofer-Institut für Werkstoffmechanik IWM

Structural stiffening of flat glass: »Laser technology opens up completely new applications«

Tobias Rist of Fraunhofer IWM explains how an innovative laser process enables precise glass shaping, new structures and improved load-bearing performance for architecture and industry.