Maver Glass Machinery Srl.
P.O. Box 13,
36014
Santorso (Vi)
Via Lazio 13, 36014 Santorso (Vi)
Italy
Via Lazio 13, 36014 Santorso (Vi)
Italy
Telephone +39 0445 576904
Fax +39 0445 501381
sales@mavermachinery.eu
http://www.mavermachinery.eu
Hall map
Fairground map
Our range of products
Product categories
- 02 Glass processing and finishing
- 02.01 Cutting, breaking and snapping technology
- 02.01.01 Cutting technology
- 02.01.01.02 Cutting technology for laminated safety glass (LSG)
Cutting technology for laminated safety glass (LSG)
Our products
Product category: Cutting technology for laminated safety glass (LSG)
MV EKL-330
Working Cutting :3300 mm
Max thickness laminated glass :
3+3+0.38PVB - 10+10+1,52PVB
Cutting speed: 120m/min
Cutting precision : +/- 0.5 mm
Rough weight : 3500 kg
Max installed power : 20 KW
Air consumption l/min : 7 bar
Equipped with:
Personal Computer with flat screen “17”;
graphic interface for full check-up;
PVB cold cutting system;
infrared lamp to help PVB cut;
n° 4 tilting arms to unload glass pieces;
mechanic tilting system of the surface to open cuts;
automatic measure bridge;
modem for teleassistance.
* Steel welded and straight structure with plans lapping in contact with bridges-presses
* Cuttin bridge made of steel, normalized to avoid any deformation of the bridges during the maximum efforts
* Blocking system of the pieces during cutting phase happens by the two vacuum lines with hydraulic function.
* Cutting carts are mounted on screws with cushions system, to grant cutting precision.
* Adjustment of the shims happens automatically directly from the control panel.
* Operative panel is positioned on the machine’s edge, where there is a Personal Computer and a flat screen for the complete managing and motorization of the machine.
* Pvb is cut by a reinforced blade
* The air cushion generated by the electric fans allows for an optimum glass sheet transfer.
* The four unloading bars for large size pieces are retractable and located on the side of the table opposed to the cutting bridges. They are hydraulic operated.
* Safety systems complying with the provisions in force.
n° 6 automatic cutting cycles:
1) cut, breaking, heating, separation
2) cut, breaking, heating
3) cut and breaking
4) only cut
5) only upper cut (for Float glass)
6) only heating
Cutting cycle:
- Positioning of the measure bridge based on the quote that has been sent by PLC
- Cut on both sides of laminated glass
- Breaking of the lower glass by mechanical tilting of the plant
- Breaking of the higher glass by mechanical tilting of the plant, with contemporary opening of the cut by eccentric bridges systems INTERNATIONAL PATENT
- PVB cut by reinforced blade
Max thickness laminated glass :
3+3+0.38PVB - 10+10+1,52PVB
Cutting speed: 120m/min
Cutting precision : +/- 0.5 mm
Rough weight : 3500 kg
Max installed power : 20 KW
Air consumption l/min : 7 bar
Equipped with:
Personal Computer with flat screen “17”;
graphic interface for full check-up;
PVB cold cutting system;
infrared lamp to help PVB cut;
n° 4 tilting arms to unload glass pieces;
mechanic tilting system of the surface to open cuts;
automatic measure bridge;
modem for teleassistance.
* Steel welded and straight structure with plans lapping in contact with bridges-presses
* Cuttin bridge made of steel, normalized to avoid any deformation of the bridges during the maximum efforts
* Blocking system of the pieces during cutting phase happens by the two vacuum lines with hydraulic function.
* Cutting carts are mounted on screws with cushions system, to grant cutting precision.
* Adjustment of the shims happens automatically directly from the control panel.
* Operative panel is positioned on the machine’s edge, where there is a Personal Computer and a flat screen for the complete managing and motorization of the machine.
* Pvb is cut by a reinforced blade
* The air cushion generated by the electric fans allows for an optimum glass sheet transfer.
* The four unloading bars for large size pieces are retractable and located on the side of the table opposed to the cutting bridges. They are hydraulic operated.
* Safety systems complying with the provisions in force.
n° 6 automatic cutting cycles:
1) cut, breaking, heating, separation
2) cut, breaking, heating
3) cut and breaking
4) only cut
5) only upper cut (for Float glass)
6) only heating
Cutting cycle:
- Positioning of the measure bridge based on the quote that has been sent by PLC
- Cut on both sides of laminated glass
- Breaking of the lower glass by mechanical tilting of the plant
- Breaking of the higher glass by mechanical tilting of the plant, with contemporary opening of the cut by eccentric bridges systems INTERNATIONAL PATENT
- PVB cut by reinforced blade
Product category: Cutting technology for laminated safety glass (LSG)
MV EKL-600
Overall dimensions : 278'' x 278''
Working Cutting : 236'' x 236''
Max thickness laminated glass :
3+3+0.38PVB - 10+10+1,52PVB
Cutting speed: 120m/min
Cutting precision : +/- 0.5 mm
Rough weight : 5500 kg
Max installed power : 20 KW
Air consumption l/min : 7 bar
Equipped with:
Personal Computer with flat screen “17”;
graphic interface for full check-up;
PVB cold cutting system;
infrared lamp to help PVB cut;
n° 4 tilting arms to unload glass pieces;
mechanic tilting system of the surface to open cuts;
automatic measure bridge;
modem for teleassistance.
* Steel welded and straight structure with plans lapping in contact with bridges-presses
* Cuttin bridge made of steel, normalized to avoid any deformation of the bridges during the maximum efforts
* Blocking system of the pieces during cutting phase happens by the two vacuum lines with hydraulic function.
* Cutting carts are mounted on screws with cushions system, to grant cutting precision.
* Adjustment of the shims happens automatically directly from the control panel.
* Operative panel is positioned on the machine’s edge, where there is a Personal Computer and a flat screen for the complete managing and motorization of the machine.
* Pvb is cut by a reinforced blade
* The air cushion generated by the electric fans allows for an optimum glass sheet transfer.
* The four unloading bars for large size pieces are retractable and located on the side of the table opposed to the cutting bridges. They are hydraulic operated.
* Safety systems complying with the provisions in force.
n° 6 automatic cutting cycles:
1) cut, breaking, heating, separation
2) cut, breaking, heating
3) cut and breaking
4) only cut
5) only upper cut (for Float glass)
6) only heating
Cutting cycle:
- Positioning of the measure bridge based on the quote that has been sent by PLC
- Cut on both sides of laminated glass
- Breaking of the lower glass by mechanical tilting of the plant
- Breaking of the higher glass by mechanical tilting of the plant, with contemporary opening of the cut by eccentric bridges systems INTERNATIONAL PATENT
- PVB cut by reinforced blade
Working Cutting : 236'' x 236''
Max thickness laminated glass :
3+3+0.38PVB - 10+10+1,52PVB
Cutting speed: 120m/min
Cutting precision : +/- 0.5 mm
Rough weight : 5500 kg
Max installed power : 20 KW
Air consumption l/min : 7 bar
Equipped with:
Personal Computer with flat screen “17”;
graphic interface for full check-up;
PVB cold cutting system;
infrared lamp to help PVB cut;
n° 4 tilting arms to unload glass pieces;
mechanic tilting system of the surface to open cuts;
automatic measure bridge;
modem for teleassistance.
* Steel welded and straight structure with plans lapping in contact with bridges-presses
* Cuttin bridge made of steel, normalized to avoid any deformation of the bridges during the maximum efforts
* Blocking system of the pieces during cutting phase happens by the two vacuum lines with hydraulic function.
* Cutting carts are mounted on screws with cushions system, to grant cutting precision.
* Adjustment of the shims happens automatically directly from the control panel.
* Operative panel is positioned on the machine’s edge, where there is a Personal Computer and a flat screen for the complete managing and motorization of the machine.
* Pvb is cut by a reinforced blade
* The air cushion generated by the electric fans allows for an optimum glass sheet transfer.
* The four unloading bars for large size pieces are retractable and located on the side of the table opposed to the cutting bridges. They are hydraulic operated.
* Safety systems complying with the provisions in force.
n° 6 automatic cutting cycles:
1) cut, breaking, heating, separation
2) cut, breaking, heating
3) cut and breaking
4) only cut
5) only upper cut (for Float glass)
6) only heating
Cutting cycle:
- Positioning of the measure bridge based on the quote that has been sent by PLC
- Cut on both sides of laminated glass
- Breaking of the lower glass by mechanical tilting of the plant
- Breaking of the higher glass by mechanical tilting of the plant, with contemporary opening of the cut by eccentric bridges systems INTERNATIONAL PATENT
- PVB cut by reinforced blade
Product category: Cutting technology for laminated safety glass (LSG)
MV EKL-450
Overall dimensions : 168'' x 198''
Working Cutting : 126'' x 177''
Max thickness laminated glass :
3+3+0.38PVB - 10+10+1,52PVB
Cutting speed: 120m/min
Cutting precision : +/- 0.15 mm
Rough weight : 4500 kg
Max installed power : 20 KW
Air consumption l/min : 7 bar
Equipped with:
Personal Computer with flat screen “17”;
graphic interface for full check-up;
PVB cold cutting system;
infrared lamp to help PVB cut;
n° 4 tilting arms to unload glass pieces;
mechanic tilting system of the surface to open cuts;
automatic measure bridge;
modem for teleassistance.
* Steel welded and straight structure with plans lapping in contact with bridges-presses
* Cuttin bridge made of steel, normalized to avoid any deformation of the bridges during the maximum efforts
* Blocking system of the pieces during cutting phase happens by the two vacuum lines with hydraulic function.
* Cutting carts are mounted on screws with cushions system, to grant cutting precision.
* Adjustment of the shims happens automatically directly from the control panel.
* Operative panel is positioned on the machine’s edge, where there is a Personal Computer and a flat screen for the complete managing and motorization of the machine.
* Pvb is cut by a reinforced blade
* The air cushion generated by the electric fans allows for an optimum glass sheet transfer.
* The four unloading bars for large size pieces are retractable and located on the side of the table opposed to the cutting bridges. They are hydraulic operated.
* Safety systems complying with the provisions in force.
n° 6 automatic cutting cycles:
1) cut, breaking, heating, separation
2) cut, breaking, heating
3) cut and breaking
4) only cut
5) only upper cut (for Float glass)
6) only heating
Cutting cycle:
- Positioning of the measure bridge based on the quote that has been sent by PLC
- Cut on both sides of laminated glass
- Breaking of the lower glass by mechanical tilting of the plant
- Breaking of the higher glass by mechanical tilting of the plant, with contemporary opening of the cut by eccentric bridges systems INTERNATIONAL PATENT
- PVB cut by reinforced blade
Working Cutting : 126'' x 177''
Max thickness laminated glass :
3+3+0.38PVB - 10+10+1,52PVB
Cutting speed: 120m/min
Cutting precision : +/- 0.15 mm
Rough weight : 4500 kg
Max installed power : 20 KW
Air consumption l/min : 7 bar
Equipped with:
Personal Computer with flat screen “17”;
graphic interface for full check-up;
PVB cold cutting system;
infrared lamp to help PVB cut;
n° 4 tilting arms to unload glass pieces;
mechanic tilting system of the surface to open cuts;
automatic measure bridge;
modem for teleassistance.
* Steel welded and straight structure with plans lapping in contact with bridges-presses
* Cuttin bridge made of steel, normalized to avoid any deformation of the bridges during the maximum efforts
* Blocking system of the pieces during cutting phase happens by the two vacuum lines with hydraulic function.
* Cutting carts are mounted on screws with cushions system, to grant cutting precision.
* Adjustment of the shims happens automatically directly from the control panel.
* Operative panel is positioned on the machine’s edge, where there is a Personal Computer and a flat screen for the complete managing and motorization of the machine.
* Pvb is cut by a reinforced blade
* The air cushion generated by the electric fans allows for an optimum glass sheet transfer.
* The four unloading bars for large size pieces are retractable and located on the side of the table opposed to the cutting bridges. They are hydraulic operated.
* Safety systems complying with the provisions in force.
n° 6 automatic cutting cycles:
1) cut, breaking, heating, separation
2) cut, breaking, heating
3) cut and breaking
4) only cut
5) only upper cut (for Float glass)
6) only heating
Cutting cycle:
- Positioning of the measure bridge based on the quote that has been sent by PLC
- Cut on both sides of laminated glass
- Breaking of the lower glass by mechanical tilting of the plant
- Breaking of the higher glass by mechanical tilting of the plant, with contemporary opening of the cut by eccentric bridges systems INTERNATIONAL PATENT
- PVB cut by reinforced blade
About us
Company details
Maver Glass Machinery is a company expressly specialized in designing and producing high-tech glass cutting tables and cutting lines. Our company offers to its customers an expert advice service in the planning of the interior spaces.
Thanks to the experience of its staff, it suggests the most appropriate machine for every customer. The machines can be designed and custom made.
This happens thanks to the perfect union between an optimal mechanical component (precision ground and hardened racks, special cutting head) and a high quality electronics.
All machines are designed by our design department that in this stage is continuously in contact with the final users in order to anticipate any new market demand.
The next steps of construction and assembly are executed by our specialized technicians in the company and the post sale service is provided by Maver's authorized staff.
Thanks to the experience of its staff, it suggests the most appropriate machine for every customer. The machines can be designed and custom made.
This happens thanks to the perfect union between an optimal mechanical component (precision ground and hardened racks, special cutting head) and a high quality electronics.
All machines are designed by our design department that in this stage is continuously in contact with the final users in order to anticipate any new market demand.
The next steps of construction and assembly are executed by our specialized technicians in the company and the post sale service is provided by Maver's authorized staff.
Company data
Target groupsManufacturing, Processing and Finishing