Stone Multi Blade Cutting Machine

The Stone Multi Blade Cutting Machine is a heavy-duty block cutting solution designed to transform large marble, granite, limestone and sandstone blocks into slabs through simultaneous multi-blade cutting.

The machine uses several circular diamond saw blades mounted on the cutting spindle.Instead of processing each slab cut individually, multiple blades work simultaneously across the stone block.

The basic process is:

Load Block  Position & Secure Block  Select Blade Combination  Set Cutting Parameters  Multi-Blade Simultaneous Cutting  Complete Slab Separation  Slab Inspection  Calibration & Polishing

Large stone blocks place greater demands on machine rigidity, spindle support and vertical movement.

The HYQY-26-1700 uses a six-guide-column structure to support the cutting head and provide stable vertical movement during heavy-duty cutting.The machine provides a 1500 mm lifting stroke, allowing the cutting system to accommodate substantial block-processing requirements.

For buyers, the benefit of this structure is not simply a larger specification sheet. It is the ability to maintain a stable cutting relationship between the spindle, blades and block during demanding production cycles.

The machine features a PLC control system with Siemens electrical components in its current configuration, delivering reliable and consistent performance for industrial stone processing.

For production operators, the system provides practical control over:

• Cutting sequence and vertical movement
• Cutting speed and machine operation status
• Production parameters and safety functions

Different stones place different demands on cutting equipment. Selecting the right configuration starts with understanding your primary material.

Marble: Widely processed into architectural slabs. Benefits from high-volume multi-blade cutting where consistent slab dimensions are required.

Granite: Higher hardness and abrasion resistance. Machine rigidity, motor power, blade selection, and cutting parameters are especially critical.

Limestone: Block structures and product specifications can vary. Flexible blade configurations add practical value.

Sandstone: Composition and hardness vary considerably. Actual cutting parameters should be determined through material-specific testing.

It is recommended that during the configuration stage, you discuss with our team your main stone types and typical stone dimensions – we will assist you in setting the equipment to match the actual material conditions.

The large-scale raw material cutting machine should be maintained according to the plan. Regular maintenance can minimize unplanned downtime to the greatest extent.

Daily Checks:

• Blade condition and wear
• Water supply and flow
• Abnormal vibration or noise
• Lubrication levels
• Electrical status

Periodic Checks:

• Guide-column condition
• Spindle system performance
• Mechanical transmission components
• Electrical cabinet and safety circuits
• Hydraulic or auxiliary systems