After a detailed engineering process and close cooperation to fully understand our client’s needs, Forglass has already completed its first SmartScraper® sale of 2026 – and the unit is now on its way to a customer in the United States.

This milestone marks not only the next step in the evolution of our innovative batch plant solutions but also a clear signal that Forglass equipment is ready to serve glass producers worldwide, including across the Atlantic.

With complete in-house design, manufacturing and assembly capabilities, we deliver ready-to-connect equipment from Europe to anywhere in the world – built to the highest standards of quality, reliability, and performance.

We’re proud to see SmartScraper® heading overseas and excited about what’s ahead in 2026.

As Stoelzle Glass Group prepares to restart its Flaconnage plant in Knottingley this December, Forglass is close to completing the delivery of the facility’s cullet handling, batch transport and entire batch plant automation system – a crucial component of the accelerated rebuild following the July 2025 fire.

Forglass team has been engaged in the immediate reconstruction of critical infrastructure. Thanks to the in-house manufacturing, standardized solutions, and experienced engineering team, Forglass is able – within just 3 months – to design, manufacture, install, and commission the entire cullet handling and batch transport systems.

“This project shows how the right combination of expertise, technology, and organization allows us to act fast and effectively – even in emergency situations,”  Piotr Knast , Forglass CEO, commented.

The new systems are engineered for reliability, precision and high efficiency ensuring a stable, high-performance restart at the Knottingley facility.

For over a decade, Forglass has been tirelessly developing and implementing innovative technologies with a singular aim: to support glass producers on the most direct path to decarbonise glass production. This week, at the 86 Glass Problems Conference and Symposium in Toledo, Ohio (October 6-9, 2025), Forglass will share many of its innovations and inventions in melting technologies, batch plants and cullet technology lines.

Be sure to visit Forglass at Booth no. 22!

At the AFGM Conference, currently taking place in Cebu, Piotr Knast will present our latest achievements in glass melting technology supporting the decarbonisation of glass production. He will also discuss the company’s batch plant and cullet line solutions, which play a crucial role in sustainable glass manufacturing.

“Glassmakers worldwide are under pressure to cut emissions while keeping production efficient. Our solutions show it’s possible to achieve both,” Piotr said ahead of the event.

Next week leaders from glass industry will have the opportunity to meet and focus on the latest solutions at Glasspex India in Mumbai.

We extend a warm invitation to all visitors to join us at the show – stand A117. Whether you’re looking for innovative solutions that will help you reduce emissions and be more environmentally friendly, exploring new partnerships, or simply looking to stay updated on industry developments, the answer is Forglass.

Forglass Hybrid Furnace™, Forglass Mixing Electrodes® and Forglass Smart Batch Plant are just a couple of examples of what we’ll be highlighting.

See you there!

Forglass has successfully finished its unique seminar series for glass producers from around the world. The initiative, aimed at sharing deep technical knowledge with glass industry professionals, proved to be a great success.

Led by Marian Klisch PhD, Head of Forglass R&D Department, the sessions focused on innovative glass melting technology in a simple way, using mathematical modelling, animations, and visualizations. “We wanted to present advanced processes and open a discussion on the real challenges the industry faces today,” said Piotr Knast, Forglass CEO. “Judging by the great response, we’ve clearly touched on topics that matter.”

Forglass extends its warm thanks to all participants, and team members who made the seminar a success.

 

In times when large new investments in the European glass industry are few and far in between, the investors get to choose between the best of the best engineering companies capable of delivering such large projects. In this case, the investor – Euroglas, member of the Swiss Glas Trösch Group – decided to build a new, environmentally friendly float glass plant in Lommel, Belgium.

Euroglas chose Forglass to deliver what is presently the largest batch plant in Europe. Forglass not only has the engineering and manufacturing prowess to design, manufacture and deliver such a batch plant, but they have also earned the reputation of being a reliable partner, who delivers on time, regardless of project size.

The scope of the project itself is massive, encompassing several of Forglass’ proprietary technologies, such as automation of the entire batch plant, advanced weighing system, micro dosing of minor components, entire cullet return system with crushers, mixers and metal detection systems. A significant advantage is that Forglass will design all of the machinery and manufacture it to the highest standards in its own factory in Poland.

In addition to its complexity and cutting-edge technology, the project is also noteworthy for other reasons. Big emphasis has been placed on making the entire plant environment and maintenance friendly. An additional, unique design characteristic is the low noise emission from the plant, required due to surrounding residential neighborhoods.

When Forglass delivers and commissions the new Euroglas batch plant in 2026, it will be one of the largest, most modern, maintenance and environment friendly batch plant in Europe.

 

Forglass has once more partnered with Saint-Gobain Glass to carry out hot overcoating operations on a float furnace at one of the company’s facilities in France. As a globally respected producer of high-performance, energy-saving coated glass and insulating glazing, Saint-Gobain Glass is committed to delivering top-tier comfort, efficiency, and safety to its clients—and expects the same standards from its partners.

One of the main reasons Saint-Gobain selected Forglass for this project was the company’s integrated approach, combining top-level engineering expertise with end-to-end project execution.

Planning hot overcoating projects involves not only technical precision but also careful consideration of human physical limits. Over 100 qualified professionals operate in short shifts to ensure safety and allow recovery time. Every stage of hot overcoating is timed to avoid extending the downtime between glass production cycles—meaning the margin for error is nonexistent. Execution must be flawless from the outset. Forglass’s ability to deliver this level of excellence is directly tied to the exceptional qualifications and dedication of its team members.

In a couple of days China Glass 2025 will open its doors to the glass industry. As an international company supporting glass producers worldwide, Forglass is expanding its presence to the Chinese market and together with its local partner – James Yu from Ninesun Consulting, will participate in the trade fair, renowned for bringing together leading professionals, innovators, and decision-makers from across the globe.

Get ready to be inspired, gain insights, and connect with like-minded individuals, including Forglass engineers, who are shaping the future of the glass sector.

Look for Forglass at stand E1-108. Specific appointments can be arranged by emailing Forglass at kinga.horodek@forglass.eu

Our R&D expert and head of department, Mr. Marian Klisch PhD currently leads a seminar for glass producers. The second session on February 25 will be entitled: “From dog house to throat”  including aspects of melting tank geometry, the sequence of process stages, batch blanket, foam, glass homogeneity. All these aspects are analyzed based on the state of the art furnace Mathematical Simulations done by our R&D team. This powerful tool lets us see the unseen – what happens in glass behind the tank wall of furnace and receive very realistic data.