Glass Pre-processing Technology
News
Tecglass develops Jetver HA, a laser-focused ink for the 利来登录手机老虎home appliances industry.
Launching New Zealand’s state-of-the-art facility for advanced insulated glass units
The contribution of Bovone to the advancement of the glass industry towards the 4.0 horizon.
Once again, the RCN view proved to be successful for both the attitude to guide the customers for their choice and for the active service supplied.
Glass size in the market goes bigger and machines should go accordingly.
How can you prolong the lifetime of your equipment? Find out in LiSEC's new video!
The Rapidstore, as an automated storage system, simplifies manufacturing methods and gives business owners greater capacity.
GlassBuild Connect is coming down the final stretch. You have until December 22nd to visit and take advantage of the massive amount of business-building resources.
Show Room Automotive Glass Mass Production.
Industry 4.0, digitalization of processes, remote assistance: the levers of Bovone Group to enhance the business of its customers.
Federico Ratti, Innovations Director, sits on the committee, representing the global leader group in machines and industrial components.
How does LiSEC.eye work? What advantages does LiSERV offer? Answers to these questions and much more information can be found in the new video.
The process of affirmation of 4.0 technologies on the current industrial scenario saw a significant acceleration in 2020.
Glaston Corporation and Juha Liettyä, a member of the Executive Management Group and SVP Glaston Heat Treatment Technologies, have together agreed that Juha Liettyä will leave the company on 30 November 2020.
PMI Day 2020: again this year Mappi does not miss the opportunity to confront young people, schools, innovation.
In October effective tempering furnace orders were 40 and its total amount of nearly 21 million dollars.
Articles
Glaston is working hard to make tempering furnaces more automated.
The new LiSEC glass edge deletion machines are equipped with improved sensor technology. This measures with greater precision and therefore guarantees constantly high finishing quality of the glass edges.
Digitalisation is not only something for start-ups or major enterprises. It applies just as naturally to many skilled trade businesses.
It is a very known behavior that the glass fragmentation depends on where you break the glass.
This paper proposes system concepts and fabrication methods for the use of ultra-thin glass in facades.
The laserbird is a universal tool, making it the perfect choice for a broad portfolio of customers, applications and glass products.
A case study of a glass/glass hybrid panel, developed with TU Delft, will be discussed in the context of other past and current Arup projects to demonstrate current digital design advances.
The compares different existing and new application systems for interleaving material for bending windshields.
Contemporary architectural transparency (understood as the optical property of the material) is constantly being redefined and, over the last decade, new design trends have developed related to transparent façades in architecture.
New Technical Document (TD) reviews glass surface decontamination—and what makes glass ideal for physical separation and other applications.
As digitalization becomes a strategic discipline in almost all enterprises and industries, the glass processing business is no exception.
Safety standards are constantly rising in all possible areas in which glass is used or installed – which is the reason why lamination is also becoming increasingly important in the glass industry.
COMPANIES
No. 20 Binhe Road, High-tech Development Zone,
Luolong Qu
Luoyang Shi
Henan Sheng, 471003
China
