ProL-zone – Recharge any laminating line
Full convection furnace upgrade with pressing unit for all laminating lines
Looking to upgrade your existing laminating line? Three reasons for choosing ProL-zone
1.
Unmatched yield & output
- Easiest mixed production on the market
- No changeover time between products
- Precision and efficiency throughout the line
2.
Lowest operating cost – highest profitability
- Lowest energy consumption – up to 50% in energy savings
- Lowest maintenance needs, highest uptime
- Lowest waste
3.
Fastest installation & commissioning
- Available for ANY laminating line
- From shutdown to startup in only a few days
- Easy-to-upgrade modular design makes it a future-proof choice
Press Start in the morning, Stop in the evening
ProL-zone full convection laminating furnace upgrade is designed to be a quick and cost-efficient modification for your existing laminating line. The upgrade replaces damaged or outdated heating chamber.
We have made ProL-zone as easy as possible to operate. The process is practically recipe-free. You only need to put in one parameter – and the rest will take care of itself. No more trial and error with juggling a number of variables.
The very concept of ProL-zone is based on reaching a production capacity balance with Low-E and clear glass. ProL-zone uses full convection technology, which does not differentiate between glass types or product modes. The convection system provides extremely even heat uniformity, giving you consistently superb glass quality and an up to 100% capacity increase compared with traditional infrared heating.
ProL-zone’s full convection technology gives you the best possible control over the chamber temperature. This eliminates heat loss, which means considerable savings in energy costs.
References
FLACHGLAS Wernberg, Germany
#convection #convection control #flat glass laminating #laminated glass #laminating #ProL #ProL-zone #reference #upgrades
“We are extremely satisfied with the two latest laminating line upgrade projects. There have been considerable savings in energy consumption, which also have a positive impact on the sustainability of our everyday operations,” says Martin Geiss, Technical Manager at FLACHGLAS Wernberg. “Many concerns we used to have about quality, reliability and feasibility are a thing of the past.”
Read moreFLACHGLAS, Germany
#flat glass laminating #glass processing #glass quality #laminated glass #laminating #ProL #ProL-zone #quality control #reference #safety glass #upgrades
At FLACHGLAS, a culture of operational excellence fuels continuous modernizations. “The latest Glaston ProL upgrade for our 50-year-old lamination line has helped us raise performance, save energy and automate production with the push of a button,” says Martin Geiss, Technical Manager at FLACHGLAS Wernberg.
Read moreJaakko-Tuote, Finland
#appliances #flat glass laminating #laminating #ProL #ProL-zone #reference #upgrades
“The idea of investing in Glaston’s ProL-zone laminating furnace started as an R&D project for us. We wanted to see how it functions on one of our own safety glass lamination machines built in-house. The goal for us is to raise capacity and improve our lamination line’s energy efficiency. We’re starting an extremely demanding safety glass project and plan to put ProL-zone to the test,” says Aki Harjunpää, CEO of Jaakko-Tuote, Finland.
Read moreArticles
#AskGlaston Flat Tempering Series #9: How to optimize the energy efficiency in case of short loadings?
In this ninth episode of #AskGlaston flat tempering series, we explore how to optimize energy efficiency in the case of short loadings. In glass tempering, energy...
Read more#AskGlaston Flat Tempering Series #6: How to avoid the loading delays in tempering?
In this sixth episode of #AskGlaston flat tempering series, we explore how to avoid loading delays in tempering. Loading delays occur when the furnace isn’t...
Read more#AskGlaston Flat Tempering Series Episode #5: How can I control anisotropy in the tempering process?
The fifth episode of #AskGlaston Flat Tempering Series covers how to control anisotropy in the tempering process. Tempered glass often shows visible patterns or...
Read moreContact information
