AGC Interpane Plattling is renowned for its cutting-edge flat glass processing, high degree of automation, and unwavering dedication to quality. With a highly skilled team and a strong emphasis on process stability and innovation, the Plattling facility is recognized as one of the most efficient glass production sites in Europe.

Following the installation of the Osprey®25, Softsolution and AGC Interpane, led by Luis Hidalgo, embarked on an intensive testing and evaluation phase. The system underwent rigorous testing under real-world production conditions to ensure optimal performance.

The results of this testing phase were overwhelmingly positive. Hidalgo confirmed the Osprey®25’s exceptional measurement accuracy, reliability, and the proven long-standing technology. A key highlight was the system’s ability to simultaneously inspect for various critical quality parameters, including distortion, anisotropy, edge stress, and surface quality. This comprehensive inspection capability provides a holistic view of glass quality, ensuring that only the highest standard products reach the market.

Beyond its inspection capabilities, the Osprey®25 offers seamless archive integration, enabling comprehensive quality documentation. All quality data is automatically documented and linked directly to the corresponding order data. This feature provides complete, traceable quality documentation, facilitating in-depth analysis, traceability, and efficient report delivery to end customers. This level of documentation represents a significant advantage for AGC Interpane, allowing them to further enhance their commitment to transparency and customer satisfaction.

This successful installation at AGC Interpane Plattling reaffirms the Osprey®25 as a future-proof solution that effectively addresses the stringent quality demands of the modern glass industry. By providing comprehensive, accurate, and reliable quality control, the Osprey®25 empowers manufacturers like AGC Interpane to maintain their competitive edge and deliver superior products to their customers.

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Tirana, Albania – Roland Glass Company, a leader in the Albanian glass industry, is proud to announce its continued investment in state-of-the-art technology with the acquisition of two new machines from Biesse Group: the Intermac Genius 61 CT Plus and the Genius 37 LM. These strategic investments underscore Roland Glass Company’s commitment to meeting evolving market demands and further solidifying its position as an innovator in the region.

Responding to Market Demands with Cutting-Edge Solutions

Today’s market demands a significant shift in manufacturing processes. Companies must be equipped to handle a high volume of orders while simultaneously upholding the highest quality standards. This is coupled with the critical need for product customization, swift and predictable delivery times, and the ability to satisfy the stringent requirements of even the most highly automated industries.

Roland Glass Company is proactively responding to these challenges with technological solutions that guarantee superior quality and reliable performance over the long term. The new Intermac Genius CT-A series, specifically designed for float glass cutting, is ideal for businesses of all sizes. These cutting tables optimize material usage for both regular and jumbo-sized sheets, maintaining exceptional cutting precision over time and ensuring an excellent return on investment.

Unlocking New Possibilities with Intermac Technology

The Intermac Genius 61 CT Plus and Genius 37 LM bring a host of benefits that will directly translate into enhanced capabilities for Roland Glass Company and its clients:

• Customizable Solutions For Every Requirement: Offering unparalleled flexibility to meet diverse project needs.
• Guaranteed Reliability Over Time: Ensuring consistent, high-quality output for every order.
• Maximum Machining Flexibility: Adapting to a wide range of glass processing demands.
• Cutting-Edge Technology: Leveraging the latest advancements in glass cutting.
• Cutting Precision With Simple And Intuitive Technology: Delivering accuracy with user-friendly operation.

These machines will lead to reduced cycle times and increased productivity. The advanced management of axle speed via PC, combined with the high quality of all electronic and mechanical components, optimizes machining times, guaranteeing both flexibility and dynamism in production.

Intelligent Integration: The Power of Comby Lines

The new Intermac machines are integral to the concept of Comby lines, which can be integrated into even smaller spaces for cutting both float and laminated glass, significantly boosting productivity. These lines are the result of a clever combination between the Genius CT-A cutting tables (for float glass cutting) and the Genius LM tables (for laminated glass cutting).

Comby Lines represent a perfect synergy of these two glass-cutting technologies, ensuring high productivity through key features such as:

• Belts on the float table
• Suction cups on the float cutting bridge
• Intermac-patented vertical buffer on the float table
• Large belts on the laminate cutting module
• Break-out bar on the laminate table

Partner with Roland Glass Company

“We invite our valued clients and prospective partners to visit our factory in Tirana to see these cutting-edge machines in action and discuss in detail how Roland Glass Company can collaborate with you to achieve your project goals. Experience firsthand our commitment to innovation, quality, and customer satisfaction” – Roland FETO, CEO of Roland Glass.

• Contact us today to schedule your visit and explore the future of glass manufacturing with Roland Glass Company.

The post Roland Glass Company: Investing in the Future of Glass Manufacturing appeared first on GlassBalkan.

In a recent demonstration, a leading innovator in glass processing technology showcased a significant leap forward with their fully automatic float glass cutting and breaking system. This advanced system, capable of performing complex X-Y-Z cuts, integrates sophisticated control mechanisms to tackle the specific requirements of Low-E and solar control glass.

A key highlight of this system lies in its intelligent approach to Low-E edge deletion. This critical step, necessary to remove the coating from the cut edge to facilitate proper sealing in insulating glass units, often relies on grinding. However, controlling the temperature of the grinding wheel during this process is essential. Excessive heat can lead to coating damage, glazing of the wheel, and ultimately, inconsistent and compromised edges.

This is where the system’s real-time monitoring and automated correction capabilities truly shine. An integrated optical sensor continuously tracks the grinding wheel temperature with exceptional accuracy. This constant feedback loop allows the system to react instantaneously to any fluctuations.

The power of this technology is most evident in its automated corrective actions. Should the grinding wheel temperature reach a pre-defined limit, the system automatically activates cooling measures. This proactive approach ensures that the grinding wheel is consistently maintained within its optimal operating temperature range. By preventing overheating and the detrimental effects of glazing, the system guarantees efficient and reliable edge deletion.

The integration of “LiTEC Temperature Control” by LiSEC in this system underscores a commitment to redefining efficiency and reliability in glass processing. By meticulously managing a critical variable like grinding wheel temperature, this automated system minimizes the risk of defects, reduces material waste, and ultimately, contributes to a higher quality finished product.

This technological advancement represents a significant step forward for manufacturers working with Low-E and solar control glass. The combination of precise cutting capabilities, real-time monitoring, and automated temperature control ensures a consistently high standard of edge quality, paving the way for enhanced productivity and superior glass performance in modern building applications.

Source: LiSEC with additional information added by GlassBalkan

The post Revolutionizing Low-E and Solar Control Glass Processing with Automated Cutting and Breaking appeared first on GlassBalkan.

Source: CMS with additional information added by GlassBalkan

The post Unveiling the Power and Precision of CMS Glass Technology’s easyline + e-pump appeared first on GlassBalkan.

Source: Turomas with additional information added by GlassBalkan

The post TUROMAS Streamlines Balustrade Production with Innovative Cutting System for Laminated Safety Glass appeared first on GlassBalkan.

The Glasi-Quartier in Bülach, located just north of Zurich, is a prime example of modern urban development. Built on the site of a former glassworks, this new city district combines approximately 600 residential units with spaces for commerce, gastronomy, and community. Designed by the planning consortium Duplex Architekten / Itten+Brechbühl AG, the quarter offers a high density of living spaces within just four hectares, blending urban vibrancy with sustainable design.

 

Key to the project was ensuring safety and functionality without compromising aesthetics. To meet these demands, fire protection glass FIRESWISS FOAM was installed at crucial passages. This innovative glass not only shields against fire and smoke but also protects against radiant heat. Its specialized heat-shield technology facilitates safe evacuation in case of an emergency. The implementation was expertly handled by Hammer Metall AG in collaboration with Forster Profilsysteme GmbH.

Project Details:

• Project: Glasi-Nord Bülach
• Location: Bülach, Switzerland
• Product: FIRESWISS FOAM
• Copyright: © Hammer Metall AG
• Architecture Firm: Duplex Architekten / Itten+Brechbühl AG
• Completion: 2023
• Application: Other
• Building Type: Residential, Commercial )

Source:Glas Trösch with additional information added by GlassBalkan

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However, a new technology, Laser Separation and Cutting (LSR), is dramatically changing the game, offering significant speed improvements and enhanced edge quality.

The primary advantage of LSR lies in its ability to accelerate the heating and separating process. Utilizing a precise laser diode, the LSR system rapidly and efficiently weakens the interlayer film within the LSG, enabling a faster and cleaner separation. This eliminates the extended heating times associated with conventional methods, leading to substantial gains in overall throughput.

According to HEGLA Managing Director Bernhard Hötger, systems like the ProLam LSR equipped with laser technology achieve at least a 20% increase in throughput. Interestingly, the benefits amplify with thicker film composites. “The thicker the film and therefore the overall composite, the more time is saved,” Hötger notes. “We can cut a ten-layer film in ten seconds and maintain the maximum quality of the composite edge, thanks to the gentle use of the laser.”

Beyond speed, LSR offers a distinct advantage in edge quality. The localized heat input of the laser ensures that the surrounding glass remains cool, minimizing the risk of subsequent delamination – a common issue with traditional heating methods. The precise application of energy also contributes to a cleaner, more uniform edge finish.

Furthermore, the design of the LSR system is optimized for longevity and ease of maintenance. The laser diode heater is strategically positioned above the glass, shielding it from potential contaminants like dust, lucite, oil, and glass splinters. Unlike infrared radiators, whose performance can be significantly reduced by soiling, the performance of laser diodes remains consistent over time. This translates to reduced downtime and increased productivity.

The benefits extend beyond standalone operation. The LSR technology can be seamlessly integrated with existing or new cutting systems, further amplifying their output and efficiency. This compatibility makes it a versatile solution for a wide range of LSG cutting operations.

Finally, LSR technology offers a compelling advantage in terms of energy consumption. Compared to conventional heating methods, the laser diode is only activated briefly and modulated based on the cutting length. This targeted energy delivery significantly reduces overall energy consumption, contributing to a more sustainable and cost-effective operation.

In conclusion, LSR technology represents a significant advancement in LSG cutting. Its combination of speed, precision, edge quality, and energy efficiency makes it a compelling solution for businesses looking to optimize their laminated glass processing operations and meet the ever-increasing demands of the market. The integration of smart cutting distribution, glass-friendly laser technology, and efficient operation creates a powerful solution that redefines productivity in LSG cutting.

Source: HEGLA with additional information added by GlassBalkan

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Day one concluded with a palpable buzz, and initial impressions indicate a wealth of innovation on display for those looking to optimize their processes and stay ahead of the curve.

The exhibition floor is brimming with state-of-the-art machinery, cutting-edge technologies, and forward-thinking solutions designed to address the challenges and opportunities facing the joinery sector. From automated production lines to advanced material handling systems, the potential for increased efficiency and enhanced product quality is evident.

A photo gallery showcasing the highlights from the first day is available, offering a glimpse into the breadth and depth of the exhibits. This visual overview is particularly valuable for those considering attending in the remaining days, providing a snapshot of the key players and emerging trends.

Beyond the exhibition itself, the event offers a valuable platform for knowledge sharing and networking. Today’s program is particularly noteworthy, featuring the Green Construction Forum and the EPPA Conference. These events promise insightful discussions on sustainable building practices and the latest advancements in facade design and performance.

For manufacturers seeking to improve their operational efficiency, explore innovative materials, and understand the evolving landscape of the industry, Windoor-Tech 2025 is an unmissable event. With days remaining until Friday, there’s still ample opportunity to connect with leading suppliers, evaluate cutting-edge technologies, and gain valuable insights into the future of joinery. We encourage those involved in the sector to attend and leverage the resources and expertise available.

Sourc: windoortech.pl with additional information added by GlassBalkan

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Determined to build an even more competitive business, the company is positioning its Holzminden, Germany, plant for a strong future by undertaking efforts to make the facility leaner, more agile and more efficient. The upgrade will also include the installation of cutting-edge furnace technology that is expected to significantly enhance energy efficiency and reduce emissions.

In combination with the also-planned on-site oxygen production, this comprehensive technology upgrade supports the conversion of an existing furnace to a Gas-Oxy system. The innovative set-up is expected to reduce fuel consumption by up to 30 percent and lower CO2 emissions by approximately 4,000 tonnes annually compared with current technology.

“O-I has been making glass for our customers for over 120 years and is a trusted, high-quality packaging provider to brands around the world,” said Randy Burns, Chief Administrative & Sustainability Officer for O-I. “We are working with innovative suppliers as we seek to deploy top-glass-making technologies to create new value by driving decarbonization at O-I, increasing productivity, and supporting our customers in their own decarbonization efforts.”

Source: O-I Glasswith additional information added by GlassBalkan

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In a move set to accelerate this trend, Glaston Corp., a leader in glass processing technologies, has announced a strategic partnership with Miru Smart Technologies, an innovator in electrochromic window technology. Together, they aim to enhance the development and production capabilities of next-generation dynamic glass solutions.

The collaboration centers around Miru’s innovative eWindow technology, which uses electricity to control the tint level of glass, offering dynamic adjustment to manage natural light, heat gain, and glare. This technology has the potential to significantly reduce air conditioning loads and increase overall building energy efficiency by up to 20%, contributing to a substantial reduction in greenhouse gas emissions.

A key component of the partnership is leveraging Glaston’s extensive expertise in glass processing and its advanced R&D facility in Tampere, Finland. Miru’s processes and materials will be rigorously tested and developed using Glaston’s equipment for glass pre-processing, bending, heat treatment, and lamination. This integrated approach will enable Miru to scale production capabilities, drive greater automation in manufacturing processes, and ultimately decrease time-to-market for its eWindow technology.

“We are committed to the growth and adoption of innovative new technologies in the glass industry, and are excited to support Miru with our know-how on glass processing processes in their journey to develop electrochromic windows,” stated Sasu Koivumäki, Glaston’s Chief Sales Officer. He further emphasized the potential in Miru’s solution to achieve more cost-effective, high-tolerance, and high-yield manufacturing of switchable tinted glass compared to previous approaches.

This partnership marks a significant step forward in the smart window market. By combining Miru’s cutting-edge technology with Glaston’s established manufacturing prowess, the collaboration has the potential to bring more efficient, cost-effective, and environmentally conscious dynamic glass solutions to the market. The collaboration underscores a commitment to innovation and sustainability, and promises to deliver enhanced building performance while reducing environmental impact. As the industry continues to move toward greener solutions, collaborations like this will be crucial in shaping the future of building technology.

Source: Glaston Corp with additional information added by GlassBalkan

The post Glaston and Miru Partner to Advance Smart Window Technology appeared first on GlassBalkan.