Diamond cutting solutions engineered for granite, marble, quartz , engineered stone and various types of stone.
Natural and engineered stone materials vary widely in hardness, abrasiveness and heat generation, placing high demands on blade durability, cutting stability and edge quality. From thin slabs that require chip-free precision to thick stone blocks that demand high cutting efficiency, reliable blade performance is essential for consistent production. Engineered with optimized diamond segment geometry, advanced bonding technology and precision manufacturing, our stone cutting blades deliver:
Clean, chip-free cutting edges
Stable cutting with reduced vibration
Efficient heat dissipation for continuous operation Extended blade life with consistent cutting accuracy
Cutting behaviour differences across stone types
Granite & Quartzite
Granite and quartzite are extremely hard and highly abrasive, causing rapid segment wear and high cutting resistance. For reliable performance, diamond blades should feature high diamond concentration, durable bond systems and heat-resistant segments. These features help maintain high cutting efficiency, reduce segment wear and extend blade service life for consistent performance during continuous stone processing.
Marble
Marble is softer than granite but considerably more brittle, making edge chipping a common challenge.For clean, precise cutting, diamond blades should feature sharp cutting edges and optimized cutting geometry to reduce cutting pressure and improve edge quality.This helps produce smooth finishes with minimal vibration.
Engineered Stone
Engineered stone generates significant heat during cutting, increasing the risk of resin melting, edge burning and premature blade wear.To maintain stable cutting performance, diamond blades should incorporate efficient cooling slots, optimized diamond segments and wear-resistant bond systems. These features improve heat dissipation and ensure consistent cutting quality during continuous operation.
Sintered Stone / Porcelain Slab
Sintered stone and porcelain slabs are ultra-dense, hard and highly brittle materials that require exceptional cutting stability.Diamond blades for these materials should feature ultra-sharp segments, low-chipping rim designs and vibration-resistant steel cores. These features help deliver clean edges, smooth cutting and excellent dimensional accuracy.
Compatible with a Wide Range of Stone Cutting Machines
Designed for stable performance across stone fabrication workshops and construction sites, these diamond blades support a wide range of cutting equipment while maintaining cutting efficiency, edge quality and operational reliability