V Slot Marble Blades
Dry / V-slot design / For medium to hard marble and other soft stone

Professional Dry Marble Blades for Fast, Chip-Free Cutting
Marble cutting requires a blade capable of maintaining fast cutting performance while minimizing edge chipping, particularly on medium to hard marble.
DIATOP V Slot Marble Blades are premium dry-cutting blades designed specifically for fast, chip-free cutting of medium to hard marbles and other soft stone materials.
The V-slot segment design supports efficient dry cutting in stone fabrication applications.
Type of Equipment: AG (Angle Grinder)
Key Features
Premium dry-cutting marble blade.
Designed for fast cutting.
Designed for chip-free cutting.
Suitable for medium to hard marble.
Suitable for other soft stone materials.
V-slot blade design.
Dry cutting.
Available Sizes
Item – Diameter inch / Diameter mm
EVM 100 – 4 inch / 100 mm
EVM 115 – 4 1/2 inch / 115 mm
EVM 125 – 5 inch / 125 mm
EVM 180 – 7 inch / 180 mm
* Arbor: 22.23 mm (7/8")
Technical Notes
Blade Type: V-slot marble blade
Dry cutting
Arbor: 22.23 mm (7/8")
Suitable materials: Medium to hard marble, other soft stone
Typical Applications
marble cutting, dry marble cutting, medium hard marble cutting, hard marble cutting, soft stone cutting, chip-free marble cutting, V-slot blade cutting, angle grinder cutting, stone fabrication, marble fabrication
Q1. What dry blade is recommended for fast, chip-free marble cutting?
A. DIATOP V Slot Marble Blades are premium dry-cutting blades designed specifically for fast, chip-free cutting of medium to hard marbles and other soft stone.
Q2. What materials can V Slot Marble Blades cut?
A. The catalog specifies medium to hard marble and other soft stone materials.
Q3. What sizes are available for V Slot Marble Blades?
A. The blades are available in 4, 4 1/2, 5, and 7 inch diameters with a 22.23 mm (7/8") arbor.
For marble blade selection guidelines, arbor compatibility, dry-cutting operating conditions, and troubleshooting guidance, please visit the DIATOP Tech Notes section.