Need to produce premium-quality bent tempered glass?
Here are three reasons why Glaston ProBend is your best choice
REACH TOP-QUALITY RESULTS FROM EACH RUN
- #1 choice for coated, premium facades
- Bend with precision – glass after glass
- Say goodbye to anisotropy
SAVE IN PRODUCTION COSTS
- Zero tooling
- No changeover time
- Best energy efficiency available
GROW YOUR BUSINESS FOR A LIFETIME
- Stay future-proof with upgrades
- Serve for decades thanks to quality engineering
- Take full advantage of the Glaston community
Glaston ProBend with zero-tooling process
ProBend with its zero-tooling process offers a cost-effective, flexible way of producing quality cylindrical safety glass in a wide range of sizes and thicknesses.
It has the capability of processing large glass sizes for bent tempered, heat-strengthened and even laminated products. The machine features separate or combined bending and tempering sections, LB and CB, processing flat glass in the bending section or in a separate chiller.
With ProBend, the changeover time is just 5–10 minutes from product to product.
Mosavtosteklo, a forerunner in glazing products production, has once again beaten the competition by increasing its investment in Glaston equipment at its plants in the greater Moscow region. In addition to its three existing Glaston machines, Mosavtosteklo has acquired a new generation Glaston ProBend™ with its Glaston FC500™ tempering technology.Read more
Tecnoglass is setting additional records by being the world's first owner of the latest GlastonAir. The company is also investing in Glaston ProBend. The two machines will give them another leap ahead of their competitors by being able to provide the ultimate glass products.Read more
Crystal Safety Glass – Malaysia
#Heating chamber replacement #Laminating #ProL #Upgrades
Enhancing its flat glass lamination line by replacing outdated components with new technology, Malaysia-based Crystal Safety Glass (CSG) turned an expensive problem into an unexpectedly positive experience. The move was not easy, but it helped bring the processor’s existing line back up to date with an impressive list of value-added features. For the plant operators, the upgrade lowered the cost of modernizing the existing line and provided less downtime, higher productivity and significant improvements in energy consumption.Read more
Glass tempering energy consumption: how not to be misled by false data (Part 2/2)
In this second part of our blog on energy consumption in the glass tempering process, let me go deeper into details to explain some of the principles behind heating...Read more
Glass tempering energy consumption: how not to be misled by false data (Part 1/2)
Energy consumption is always a key topic when looking to invest in a new tempering line. The reason is simple: the tempering process requires a lot of energy. So,...Read more