Metal Bond Tooling
VeloCut X Sintered diamond tooling is designed for concrete floor preparation, removal of coatings, concrete grinding, restoration & repairs. Engineered for use on soft, medium and hard concrete surfaces.
Range of Design Features
- Double segment
- 5 bond hardness matrices – very soft to very hard
- 4 grits – 16, 25, 40, 80
- 5 design formats for use on a wide range of grinders:





Product Line
View our line of metal-bond tooling according to concrete hardness:
More about Metal Bond Tooling
Definition
Metal-bond diamond tooling is engineered for the heavy-duty cutting and grinding phases of surface preparation. These tools use a metal matrix to securely hold industrial-grade diamonds, giving them exceptional strength and long service life. Designed for aggressive material removal, metal-bond tooling is typically used at the start of a project to shape, level, or prepare a surface before moving to finer polishing stages.
How It Works
As the metal bond wears down during use, it continually exposes new layers of sharp diamonds. This self-renewing action ensures consistent cutting performance over time. Because the bond is tough and wear-resistant, metal-bond tools perform extremely well on dense, hard, and abrasive materials.
Standard Applications
- Concrete grinding – flattening, leveling, or exposing aggregate
- Coating removal – stripping epoxies, paints, and adhesives
- Stone fabrication – shaping granite, marble, and engineered stone
- Surface preparation – creating the right profile before polishing, sealing, or installing overlays
Key Advantages
- Exceptional durability and long lifespan
- High material removal rate for faster progress
- Handles the toughest surfaces with ease
- Available in a wide range of grit sizes to match the level of aggressiveness needed
Where They Excel
Metal-bond diamond tooling is the go-to choice for contractors and fabricators when the job demands speed, strength, and consistency. From industrial floor preparation to stone shaping, these tools are the first step toward a perfectly finished surface.