To meet these requirements, Keraglass has developed Visionbend, an advanced bending and tempering furnace designed to process flat, cylindrical curved, and spherical curved glass within one integrated platform. The system reflects a new generation of industrial equipment focused on versatility and consistent production quality.

At the core of Visionbend is a dual-technology structure that allows manufacturers to adapt production according to specific application needs. This flexibility makes it suitable for both high-volume industrial output and highly specialized architectural projects.

The K-PRESS system is dedicated to spherical bending. It uses a continuous ring mechanism that combines mold and press functions to achieve precise and stable curvature. This technology ensures excellent optical quality and accurate geometry, even when processing thinner glass. Its configurable hood and offset tempering layout help maintain uniform heat distribution, resulting in consistent and repeatable production performance.

For cylindrical bending, the K-ROLL system provides a roller-based solution designed for continuous and efficient production. Keraglass has enhanced traditional roller technology into a more advanced system that improves reliability and ensures consistent repeatability across every piece. This makes it particularly effective for applications requiring cylindrical or multi-radius curved glass with high production efficiency.

One of the key strengths of Visionbend is its flexible configuration. The furnace can operate in a unidirectional setup, using either K-PRESS or K-ROLL technology depending on production requirements. Alternatively, it can be configured in a bidirectional mode, integrating both systems within a shared heating and ventilation zone. This versatility also allows for the processing of flat glass, expanding the system’s industrial applications.

Visionbend supports a wide range of geometries, including cylindrical, multi-radius, and spherical curves, as well as J-shaped and complex freeform designs. It also processes tempered flat glass. With its advanced 500°C convection system, the furnace can handle LOW-E glass with emissivity as low as 0.01, ensuring high performance even with sensitive coated materials.

Applications for curved glass continue to grow across industries. In automotive design, it improves safety and aesthetics. In architecture, it enables fluid and iconic forms. In shower systems, appliances, and refrigeration units, it enhances both functionality and visual appeal.

For further technical information, commercial details, or to request a quotation, please contact the Keraglass Sales Team at sales@keraglass.com.

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The project centres on a high-capacity line engineered to process jumbo glass formats, with the plant measuring 22 metres in length and 8 metres in height. Designed for large-scale industrial use, the system features a salt bath capacity of 43 tons of KNO₃, enabling continuous processing of oversized glass sheets up to 2500 mm x 4000 mm.

The installation was carried out entirely by TK’s in-house engineering team, covering mechanical assembly, system integration, and commissioning. Following installation, the company delivered on-site technical training to ensure operational readiness and process control from the outset.

The CT 360 line is configured to support high-volume production while maintaining strict process stability. Its scale allows manufacturers to handle large architectural glass elements requiring uniform surface compression across extended dimensions.

This installation expands production capabilities for chemically tempered glass in North America, particularly in applications where large formats and high strength are required without distortion. The system has been engineered to operate with consistent thermal and chemical conditions across the bath, supporting repeatable results in demanding production environments.

With the CT 360 now fully operational, the facility is equipped to process jumbo glass at industrial scale, supported by a system designed for long-term reliability and continuous operation.

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The DGM-C system is designed to measure critical body dimensions of round glass containers directly on the production line. Delivered and commissioned within a 10-week timeframe, the project reflects a growing industry focus on speed, automation, and data-driven process control.

Since entering operation in July 2025, the system has replaced traditional laboratory sampling and manual inspection methods with automated, in-line measurement. The machine inspects a full mould set of bottles every hour, with results transmitted instantly to the plant’s network, enabling engineers to monitor production performance in real time.

By integrating trend analysis, the system allows deviations to be identified early, helping operators correct issues before they lead to rejected or held ware. This approach supports improved efficiency, reduced waste, and more consistent product quality.

The DGM-C is equipped with ultra-high-definition imaging and Pro-Sight’s Intelligent Lightsource technology, designed to deliver consistent and repeatable measurements across varying glass colours and container sizes. It evaluates a range of parameters including diameter, ovality, verticality, height, and neck alignment with high precision.

The system also supports both cold-end auto-sampling and hot-end bottle testing, with the capability to return compliant containers directly to the production line, further minimising material loss.

In early 2026, the platform was enhanced through the integration of finish dimensioning software based on the company’s Universal Finish Inspector. This upgrade enables combined body and finish measurements, including thread profiling and detailed finish geometry analysis.

The post Pro-Sight Installs Automated Inspection System at German Glass Plant appeared first on GlassBalkan.

After a comprehensive technical evaluation, Thiele Glas selected Viprotron’s modular scanner system based on several decisive criteria:

• Complete edge detection in distortion measurement
• High-accuracy anisotropy detection
• Reliable identification of white haze
• Flexible expandability for future upgrades

The system was developed in close cooperation between the engineering teams of both companies, ensuring seamless integration into the existing production environment.

Five Detection Channels for Maximum Control

The Temper Scanner features up to five detection channels.

• Three channels are dedicated to furnace optimisation, measuring distortion, anisotropy and white haze in real time.
• Two additional channels detect pre-tempering defects such as scratches or coating imperfections, preventing downstream quality losses.

The advanced Temper Scanner 5D version includes a customisable user interface and detailed layer maps for heating and cooling zones. These features enable rapid root-cause analysis and targeted furnace adjustments. Its expandable architecture also allows future hardware upgrades without replacing the entire system, a key factor in long-term operational efficiency.

According to Viprotron, the system supports faster furnace optimisation, higher process stability and sustainable cost savings.

Sandra Kugler, Vice President Sales & Marketing at Viprotron, commented:
“We are proud to support Thiele Glas in this important step toward enhanced quality assurance. The close collaboration has resulted in a system that elevates precision, efficiency and future readiness to a new level.”

Today, the Temper Scanner 5D is fully integrated into production, supporting Thiele Glas in maintaining its high standards in the processing of functional glass for demanding projects worldwide.

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Belt-Driven Brilliance
Abandoning traditional roller tables, the Galactic system incorporates a continuous conveyor belt, an essential advancement for handling delicate thin glass. This feature ensures smooth, vibration-free transport across the cutting zone, minimizing microcracks and stress lines that often compromise glass quality. For manufacturers aiming to improve yield and consistency, this seemingly subtle design change marks a major leap forward.

Precision at the Core
HEGLA’s specialized cutting head is engineered to deliver perfect scoring results even at the thinnest tolerances. It adjusts dynamically to the fragility of the substrate, ensuring clean separations with minimal waste. In a field where one flaw can mean a full sheet loss, this level of control translates to serious savings and superior product integrity.

The Future, Delivered
With Galactic, HEGLA doesn’t just offer a machine, it sets a new benchmark in the glass industry. As thin glass applications expand across sectors, this innovation signals HEGLA’s commitment to leading with intelligence, engineering finesse, and industry foresight. The future of thin glass is no longer fragile, it’s Galactic.

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