The CMT OMM24-X1 2-9/16" Carbide Grit Radial Saw Blade by CMT is a 65mm oscillating multi-tool blade engineered for precise routing, cutting, and grooving in hard construction materials. Fitted with a Universal Arbor for broad tool compatibility, this carbide grit segment blade tackles demanding tasks - from routing joints in wall and floor tiles to cutting recesses in porous concrete for concealed cables and pipes. Sold as a single blade, it is the go-to choice for tile workers, remodelers, and contractors who need a reliable, durable accessory for their oscillating multi-cutter.

Key Features

• Universal Arbor Fit - compatible with most oscillating multi-cutters on the market, so you can use this blade across multiple tool brands without adapters or special mounting hardware.
• Carbide Grit Cutting Surface - tungsten carbide grit coating provides exceptional hardness and longevity when routing joints in tile, grooving porous concrete, and cutting through abrasive construction materials that would quickly wear out standard steel blades.
• 65mm (2-9/16") Blade Diameter - a compact radial profile sized specifically for controlled, accurate cuts in confined areas such as wall tile joints, floor tile cutouts, and narrow grooves for concealed pipes and wiring.
• 0.063" Kerf Thickness - a precise, narrow cut width minimizes material removal and keeps tile joints clean and consistent, reducing cleanup and rework.
• Multi-Directional Grit Action - the grit-coated surface cuts in all directions, enabling free-hand routing and shaping without repositioning, speeding up layout work on tile and soft masonry surfaces.

Why This Product

• Designed specifically as a radial saw blade for oscillating multi-cutters, it excels at routing joints on wall and floor tiles - a task that general-purpose blades handle poorly due to the abrasive nature of tile and grout materials.
• The Universal Arbor design means this single blade can be used across a wide range of oscillating tool platforms, reducing the need to stock multiple brand-specific accessories.
• Its carbide grit construction makes it equally effective on porous concrete and similar construction materials, giving contractors one blade solution for mixed-material job sites where tiles, soft masonry, and concrete all appear on the same surface.
• With a precise 0.063" kerf, this blade is well suited for routing grooves for concealed cables and pipes - tight, clean channels where dimensional accuracy matters for a professional finish.

Specifications

• Manufacturer Part Number: OMM24-X1
• Brand: CMT Orange Tools
• Diameter: 2-9/16"
• Teeth Thickness: 0.063"
• Arbor Type: Universal Arbor
• Blade Material: Carbide Grit
• Quantity: 1 piece

Approved Applications

• Routing joints on wall tiles and floor tiles
• Smaller cutouts in soft wall tiles
• Routing grooves in porous concrete
• Laying concealed cables and pipes in construction surfaces
• Cutting and shaping plasterboard
• Work on porous concretes and similar construction materials

What's Included

• 1x CMT OMM24-X1 2-9/16" Carbide Grit Radial Saw Blade

Frequently Asked Questions

What types of materials can the CMT OMM24-X1 cut?

This radial saw blade is designed for tiles, plasterboard, porous concretes, and similar construction materials. It handles routing joints on wall and floor tiles, creating smaller cutouts in soft wall tiles, and grooving porous concrete for laying concealed cables and pipes.

Will this blade fit my oscillating multi-tool?

Yes - the OMM24-X1 uses a Universal Arbor, which is compatible with most oscillating multi-cutters available today, including a wide range of professional and consumer tool platforms.

What is the blade diameter and kerf thickness?

The blade has a diameter of 2-9/16" (65mm) and a kerf thickness of 0.063". This narrow kerf is well suited for precise joint routing and clean groove cutting in tile and soft masonry surfaces.

How many blades come in this package?

This listing includes 1 blade. The product is sold as a single-piece unit, identified by the "-X1" suffix in the model number.