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Lisec GFB+VB+BHK 60/30

Combi line - float and laminated glass cutting
Long live upgrade 2022:

Console
Keybord
Touchscreen
Windows 10

Combi cutting line float + laminated glass consisting of:

1 x S-CUT-1408 Lisec GFB 60-30S-RE with low-E grinder shape cutting jumbo 3300 x 6000 mm
1 x S-CUT-1409 Lisec VB 33 laminated cutting bridge cut 3300 mm max from 3300 x 6000 glass
1 x S-CUT-1410 Lisec BHK 60-30 breakout and unloading or reverse loding table

2022:
MODIFICATION-SERVICE
PC-Upgrade from I-PC 2004 (WinXP) to I-PC 2018 (Win10 LTSC)
new 18" touch display
new keyboard
new control terminal MBF-372
new monitor bracket

SOFTWARE UPDATE
Upgrade GPS.hand 5.38 to LIS.hand
The Upgrade includes the following modules:
-Lis.hand Basis
-NC Code Converter
-Quickopt Add on
HASP dongle
remote installation

Update GPS.mon 6.53 ESL to the latest Release (covered by the mc)

The GFB+VB+BHK 60/30 refers to a high-performance automatic glass cutting and breakout line manufactured by LiSEC. This system is designed for high-capacity industrial glass processing, handling large formats (jumbo sheets) of both float and laminated glass.
System Components
The alphanumeric code describes the specific machinery units integrated into the line:
GFB 60-30 (Glasschneidetisch für Floatglas): A high-speed, CNC-controlled glass cutting table for float glass. The "60-30" indicates its capacity for jumbo sheets, typically up to 6,000 x 3,300 mm.
VB 33 (Verbundglasschneidbrücke): A specialized cutting bridge for laminated glass. It typically includes tools for scoring the top/bottom glass layers and heating/cutting the PVB interlayer.
BHK 60-30 (Brech- und Hilfskipptisch): A breakout and unloading table. It facilitates the controlled snapping of glass sheets along the scored lines and serves as the exit point for the finished pieces.
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Key Technical Specifications
Maximum Sheet Size: 3,300 mm x 6,000 mm (Jumbo size).
Glass Thickness: Typically handles float glass from 2 mm to 19 mm.
Advanced Features: Newer or reconditioned models often include Low-E grinding for edge deletion, shape-cutting scanners, and Windows-based control systems for optimization.