WHAT ARE HORIZONTAL SPLITTING MACHINES?
In marble industry, horizontal splitting machines are utilized in acquiring two separate pieces by horizontally cutting the strips which originally are obtained by block cutting machines. Horizontal splitting machines are designed to process marble strips of maximum 160 mm thickness and maximum 630 mm width, and may come in different designs depending on how many cutting disks the machine has.
In general; machines with 2, 4, 6 and 8 cutting disks are used for horizontal splitting processes. They are also known for improving the efficiency at tile production. In particular, they are employed to minimize errors that may ocur during block cutting and loading/unloading operations.
| Disc Electric Motor | : 22 kW 6 pcs |
| Disc Electric Motor | : 18,5 kW 2 pcs |
| Conveyor Belt Motor | : 0.55 kW 1 pc |
| Bridge Moving Motor | : 1.5 kW 1 pc |
| Disc Diameter (No: 1 & 2) | : 625 mm 2 pcs |
| Disc Diameter (No: 3 & 4) | : 650 mm 2 pcs |
| Disc Diameter (No: 5 & 6) | : 650 mm 2 pcs |
| Disc Diameter (No: 7 & 8) | : 850 mm 2 pcs |
| Bridge Moving Control | : Manuel and Elec. Motor (Digital) |
| Precision Adjustment | : 10/100 mm |
| Max. Working Width | : 630 mm |
| Max. Working Thickness | : 160 mm |
| Min. Working Thickness | : 8 mm |
| Total Elec. Power | : 171,05 kW |
| Water Requirement | : 240 lt/mn |
| Machine Length | : 7420 mm |
| Machine Height | : 2050 mm |
| Machine Width | : 2200 mm |
| Machine Weight | : 8900 kg |
WHAT ARE HORIZONTAL SPLITTING MACHINES?
In marble industry, horizontal splitting machines are utilized in acquiring two separate pieces by horizontally cutting the strips which originally are obtained by block cutting machines. Horizontal splitting machines are designed to process marble strips of maximum 160 mm thickness and maximum 630 mm width, and may come in different designs depending on how many cutting disks the machine has.
In general; machines with 2, 4, 6 and 8 cutting disks are used for horizontal splitting processes. They are also known for improving the efficiency at tile production. In particular, they are employed to minimize errors that may ocur during block cutting and loading/unloading operations.
