Robbjack C10-0781-12-24 Slitting Saw 1 in Solid Carbide

Product Description

The ROBBJACK C10-0781-12-24 is a solid carbide slitting and slotting saw designed for precision cutting operations on a milling machine or machining center. It measures 1 inch in diameter and 0.0781 inches thick, carrying 24 straight teeth with a 5-degree rake angle and a concave-ground face for improved chip clearance. The bright, uncoated finish is standard for solid carbide tooling where coating is not required for the target materials. Machinists and toolroom technicians install this saw on an arbor connection to perform narrow slotting, parting, and undercutting work in a variety of ferrous and exotic alloys.

This saw is suited for slitting and slotting applications in cast iron, stainless steel, carbon steel, super alloys, and titanium. Its solid carbide construction handles the elevated cutting demands of harder and more abrasive materials where high-speed steel tooling would dull prematurely. It is appropriate for both production machining environments and toolroom use where tight-tolerance slot widths are required. The right-hand cutting direction is standard for conventional milling setups.

Key Features

• Solid carbide construction for durability in hard and abrasive materials
• 24 straight teeth with a 5-degree rake angle for consistent chip formation
• Concave-ground face improves chip clearance and reduces rubbing
• Bright uncoated finish suitable for a wide range of cutting fluid applications
• Right-hand cutting direction for use in standard milling setups
• Arbor-mount connection for rigid, repeatable setup on milling machines

Compatibility

Designed for arbor-mount slitting and slotting applications on milling machines and machining centers cutting cast iron, stainless steel, steel, super alloys, and titanium. Part of the ROBBJACK Series C solid carbide saw line.

Installation Notes

Installation is performed by qualified machinists or toolroom technicians. The saw mounts on a standard milling arbor with appropriate spacers and flanges to achieve the correct axial position. Ensure the spindle is fully stopped and the machine is locked out before changing tooling. Use the correct arbor diameter for the bore and confirm torque on the arbor nut per your machine tool manufacturer specifications before running.