EZARC 1-1/2 Diamond Cutting Wheel – 0.6mm Kerf, 3-Pack with Mandrel for Rotary Tools

Precision cutting for hard materials

The EZARC 1-1/2 Diamond Cutting Wheel is engineered to deliver smooth, fast cuts on tough surfaces such as tile, marble, brick, glass, and porcelain. With an ultra-thin kerf of 0.6 mm, you get clean edges and reduced material waste, making it a reliable choice for detailed work and round-the-edge refinements on a variety of projects.

Versatility and performance

Fully coated on both sides with 150‑grit diamond particles, this wheel is designed for cutting, carving, and sharpening across a range of hard materials. It is not suited for heavy metals, so pairing it with the right material yields better, consistent results.

• Ultra-thin kerf 0.6 mm for cleaner, faster cuts
• Two-sided 150‑grit diamond coating for versatile cutting, carving, and sharpening
• Vented design to dissipate heat and clear debris, helping extend wheel life
• Specifications: 1.5-inch wheel, blade thickness 0.024" (0.6 mm), max speed 35,000 RPM
• Safety reminder: wear appropriate PPE and do not exceed the rated speed

Design and durability

The vented holes reduce heat buildup during longer cuts and help debris clear away, contributing to steadier performance and longer service life under typical use conditions.

Kit contents and compatibility

This 3-pack includes a mandrel compatible with most rotary tools (1/8" arbor), enabling quick mounting and minimal setup so you can start cutting with confidence right away.

• Ideal for tile, porcelain, glass, marble, brick, and similar hard materials
• Not suitable for heavy metals or ferrous materials

Real-world use and tips

In everyday projects, you might trim a tile edge to fit a backsplash, shape a marble detail for a countertop edge, or refine a porcelain tile cut for a seamless joint. The 0.6 mm kerf helps preserve material integrity while delivering precise results, and the robust venting assists cooling during busy sessions. Expect consistent performance across multiple passes, though outcomes can vary with material type, tool compatibility, and technique. Always match material hardness with appropriate feed rate and keep the tool’s speed within the recommended limit for best results.