Skip to main content

AI & Digital Technologies

Digital glass production: between AI and automated glass factories

Digital glass production is a key driver for greater efficiency, quality, and sustainability in the glass industry. The networking of systems, sensors, and data platforms creates transparent processes that can be better controlled, automated, and optimized. The focus is on AI applications specifically tailored to glass manufacturing, as well as the goal of a fully networked glass factory. In this way, digitalization becomes not an end in itself, but the foundation for measurable improvements in production, energy use, and competitiveness.

An illustration about AI and digital technologies, featuring an abstract network as a symbol of digital connectivity and data-driven innovation.

Companies in the glass industry are facing rising energy costs, increasing competitive pressure and production processes that are becoming increasingly complex. Digital technologies offer the opportunity to tackle these challenges in a structured and data-driven manner.

Two specialists in protective clothing monitor digital production data in a networked glass factory.

What does digital glass production mean?

Digital glass production refers to the networked control of key processes in glass manufacturing. Machines, systems, and software exchange data in real time. This enables processes to be monitored, controlled, and optimized with greater precision.

Key features include real-time production monitoring, automated plant control, data-driven optimization of energy and material usage, precise quality control, and transparent performance metrics. This enables companies to reduce scrap, shorten lead times, and leverage efficiency potential in a targeted manner.

AI in glass manufacturing: automation and energy efficiency

AI applications analyze production and plant data and use it to identify specific areas for optimization. This makes potential savings visible and actionable, particularly in energy-intensive areas such as the melting process.

At the same time, AI supports dynamic control of energy usage and predictive maintenance. This lowers consumption, reduces downtime, and helps control costs. As a result, glass production becomes more efficient, sustainable, and competitive.

An automated system transports glass bottles on a conveyor belt in a digitally controlled glass production facility.
Business partners seal their partnership for connected technologies in digital glass production with a handshake.

Technology partners across the value chain

Digital glass production is the result of collaboration among specialized providers. These include plant and furnace manufacturers with digitally controllable systems, automation specialists for integrated control solutions, software providers for production and data management, AI and analytics companies, and specialists in image-based quality control.

Only by combining these technologies can the foundation for a fully connected glass factory be established.

glasstec as a driver of innovation

From AI applications to digital production

glasstec brings together leading suppliers, technologies, and decision-makers in one place. It demonstrates how AI applications, automation solutions, sensor technology, and data platforms interact in glass production. In doing so, the trade show serves as a central platform for guidance, knowledge exchange, and strategic decision-making in the digital transformation of the glass industry.

Exhibitors specialising in AI and digitalisation ❯

Navigating AI-driven change

International exhibitors at glasstec will demonstrate how digital technologies work together in practice. The trade fair thus offers decision-makers a structured overview of the current state of the art in AI applications for glass and digital technologies. Rather than viewing individual solutions in isolation, visitors can compare, evaluate and assess which technologies are best suited to their own production environment.

Direct dialogue with experts

Another key benefit lies in the direct exchange with developers, plant manufacturers and technology providers at glasstec. Individual integration issues are particularly crucial when it comes to complex transformation projects. Visitors can discuss specific use cases and work with experts to develop practical implementation strategies – from initial pilot projects right through to integration into existing production processes.

An overview of innovations

In addition, the latest innovations will be showcased at glasstec: from AI-based optimisation models and automated production modules to integrated platform solutions for fully connected glass production. Visitors will gain insights into market-ready technologies, be able to assess trends at an early stage, and make informed decisions to secure sustainable competitive advantages and drive their own innovations forward in a targeted manner.

Get your ticket now and take part!

Buy a ticket ❯

Review: Digital glass production & AI at glasstec 2024

How is digitalisation transforming glass production? This video showcases highlights, innovations and expert insights from glasstec 2024.

Further information on digitisation and AI

The development of AI solutions and digital glass production is advancing rapidly. glasstec Magazine offers in-depth analyses, case studies and technological insights. It features detailed technical articles as well as specific examples of industrial applications.

To the glasstec magazine ❯
An employee uses a tablet to manage digital processes in a modern glass production facility, with an automated production line operating in the background

How digital technologies make planning, production and processes more efficient

Artificial Intelligence will become even more widely used in the glass industry in 2026.

Quality control, process control, maintenance: how glass producers use AI
mart Glass blends transparency with privacy.

Transparency at the touch of a button – smart glass solutions for modern interiors
Digitalisation and AI in the glass industry and glazier trade

Digitalisation and AI in the glass industry and glazier trade
AI as production assistants – faster, safer and more precise

AI as production assistants – faster, safer and more precise
Thomas Wesian, Product Manager at Binder+Co AG

Interview: The AI-optimised and data-controlled future of recycling
Graphic: Siemens AG/PVAG

Deep Learning: AI in the machine technology of the flat glass industry

Digitalization and AI in the glazier trade: towards Craft 4.0

The future of digital glass production

The digital glass factory is evolving into a flexible, data-driven production model that combines efficiency, quality and sustainability. Companies that embrace this approach at an early stage will strengthen their market position in the long term and play an active role in shaping the transformation of the glass industry.

FAQ on digital glass production

What characterises a digital glass factory?

A digital glass factory is fully networked. Machinery, sensors and software work together to enable data-driven control of all production processes.

How does AI help to reduce energy costs in glass production?

AI analyses production and temperature data in real time and automatically optimises control strategies. This reduces energy consumption per unit of production.

What are the best first steps for businesses to take?

A structured analysis of existing production processes, the introduction of centralised data management and the gradual integration of AI Glas modules form a solid foundation.

Are AI systems and digitalisation strategies also relevant for small and medium-sized glass manufacturers?

Yes. Many solutions are modular and scalable, and can be implemented in stages within your own process – from energy management to automated quality control.

Get your ticket now and take part!

Buy a ticket ❯

Other hot topics at glasstec

New key technologies and sustainable raw materials

How can the energy-intensive glass industry become carbon neutral by 2045? The focus is on the transition to new technologies and sustainable raw materials to reduce emissions.

Energy, resources and recycling in the glass industry

How can energy and resource consumption be reduced and recycling rates increased throughout the glass value chain? The focus is on recycling and upcycling.

Photo credits:

  • digitale-glasproduktion-echtzeitdaten.jpg | tofumax/iStock.com
  • automatisierung-glasproduktion-foerderband.jpg | Messe Düsseldorf / ctillmann 
  • technologiepartner-glasproduktion.jpg | vittaya25/iStock.com
Return to top