What is Arix diamond saw blade?

Diamond blades featuring ordered diamond arrangement represent an advanced structural technology for high-end diamond blades:

• Instead of simply mixing diamond particles with metal matrix powder and sintering them randomly, specialized equipment is used to precisely position and arrange diamond grits within the segment's 3D space-following a preset matrix, angle, and spacing-to form a regular lattice structure before hot-press sintering.

Distinction:

"ARIX" was originally a patented technology name but has now become a generic industry term for all segments with ordered diamond arrangement; we also call it as ordered diamond grit diamond blade.

 

• Traditional standard blades: Diamonds are randomly mixed within the matrix, leading to localized clustering or gaps.
• Ordered arrangement blades: Diamonds are evenly arrayed in multiple layers across both width and depth, with the position and spacing of each diamond precisely controlled.

 

1. Surface V-Shaped Cooperative Cutting Structure
Diamonds on the working surface of the segment form a continuous V-shaped cutting array (with an included angle of 15°–60°). Diamonds at the front fracture the stone, and the resulting debris continuously scours the matrix behind them; this promotes balanced matrix wear and ensures consistent diamond exposure, preventing issues like "dulling" or "glazing/slippage."

 

 

2. Multi-Layer Progressive Exposure Mechanism
Diamonds are arranged in layers along the height of the segment; as the leading diamonds wear down, the next layer gradually becomes exposed to take over the cutting task.

This ensures a sharp cutting edge is active throughout the entire process, solving the common problem where blades cut fast initially but lose effectiveness later.

3. Uniform Load Distribution and Optimized Self-Sharpening Balance
Each diamond bears a nearly equal cutting load, preventing interference between diamonds in dense areas and avoiding breakage caused by overloading individual grains in sparse areas. The matrix wears at a steady rate, making it easier to achieve the ideal state of synchronized wear between the diamond and the matrix. 

 

Key Advantages Over Traditional Random-Distribution Diamond Saw Blades

1. Fast Initial Cut & Excellent Start-up Performance

• New blades require no lengthy break-in period; they cut into the stone immediately upon installation.

 

2. Faster Cutting Speed ​​& Lower Current Load

• Ample chip clearance and reduced frictional resistance boost cutting efficiency by 20%–40% under identical equipment conditions, while saving power and minimizing machine vibration.

 

3. Reduced Edge Chipping and Corner Breakage

• Uniform cutting force distribution and smooth impact ensure cleaner, flatter cuts on granite, quartz, and engineered stone.

 

4. Higher Diamond Utilization & Longer Service Life

• Reduces premature diamond loss; tool life is significantly extended at the same diamond concentration.

 

5. Consistent Cutting Performance Throughout

• Sharpness declines gradually from the new blade stage until the segments are fully worn; no significant slowdown occurs during the mid-to-late stages of use.

 

Compatible Blade Specifications 

1. Handheld Angle Grinder Blades (115mm / 125mm)
Arix-technology (ordered diamond arrangement) blades for on-site stone countertop fabrication and complex shape cutting.

(Arix Diamond Saw Blade for Granite Marble)

 

2. Marble Cutter Blades (180mm / 200mm)
For slab sizing and small-scale sample processing in small workshops.

 

3. Bridge Saw Blades (350mm / 400mm / 500mm)
For high-volume cutting of large granite and quartz slabs in stone processing plants.

 

4. Arix Diamond Ring Saw Blade for concrete

 

5, Arix Diamond Wall Saw Blade for concrete

 

 

 

Also worth noting:

Imitations exist on the market: these feature a single layer of diamonds placed only on the outer surface of the segment, while the interior retains a random distribution-a fake ordered arrangement. Genuine Arix ordered arrangement: Diamonds throughout the depth of the segment are arranged in a precise lattice pattern, not merely as a surface decoration.