With over 100,000 orders
With over 100,000 orders
At a Glance
Why Choose This Product
Specialized blade design supports flush cutting operations
Reinforced segments improve blade strength and durability
Side protection segments help maintain a straight cut
Cuts quickly and efficiently through demanding materials
Designed for chip-free cutting on demanding applications
Supports either cutting method for fabrication flexibility
Product Information
The Alpha® Vortex is an aggressive diamond blade for cutting granite and engineered stone, with a design focused on flush cutting applications. Dual side protection segments reinforce both sides of the blade while supporting straight, controlled cuts and chip-free cutting on demanding stone fabrication work.
Protection segments on both sides of the blade increase strength and durability while helping the blade track straight through the material. The reinforced design gives stone fabricators a blade suited for fast, efficient cutting where flush access and cut quality are important.
The Vortex can be operated wet or dry and is available in 4" and 5" diameters. Both sizes use a 20mm Quad Drive arbor and require Quad Drive compatibility for use with a high-speed angle grinder. The 4" blade is rated up to 14,500 RPM, while the 5" blade is rated up to 12,200 RPM.
Product Resources
Common Questions
The Vortex is designed for cutting granite and engineered stone, including demanding stone fabrication applications.
Yes. The blade is specifically designed for flush cutting, with dual side protection segments that reinforce the blade and help it cut straight.
Yes. Both the 4" and 5" Vortex blades can be used for wet or dry cutting.
Both blade sizes use a 20mm Quad Drive arbor and require Quad Drive compatibility when used with a high-speed angle grinder.
The 4" FCD40AH blade has a maximum operating speed of 14,500 RPM.
The 5" FCD50AH blade has a maximum operating speed of 12,200 RPM.
The dual side protection segments reinforce the blade for added strength and durability while helping maintain straight cuts during fabrication.