Onsrud 30-032 Slitting Slotting Saw 3in Solid Carbide

Product Description

The ONSRUD 30-032 is a solid carbide slitting and slotting saw designed for precision cutting operations in machining and fabrication environments. With a 3-inch blade diameter and a 0.135-inch blade thickness, this saw delivers consistent, narrow-kerf cuts in a variety of materials. The arbor-mount connection provides secure, concentric seating on compatible arbors, making setup straightforward on milling machines and machining centers. At 0.21 pounds, the tool is lightweight for its class. It is suited for shops and tool-room applications where dimensional accuracy and material quality are critical to job outcomes.

The ONSRUD 30-032 is used in machine shop, tool-and-die, and production machining settings where slitting, slotting, and parting operations are required. The solid carbide construction makes it appropriate for harder materials and high-speed spindle applications. It is typically installed on a horizontal or vertical milling machine using an arbor setup, and is well-suited for both short-run prototype work and production runs requiring repeatable slot dimensions.

Key Features

• Solid carbide construction for hardness, wear resistance, and dimensional stability
• 3-inch blade diameter for reach in standard slitting and slotting applications
• 0.135-inch blade thickness produces a narrow, precise kerf
• Arbor connection type for secure, centered mounting on milling arbors
• Lightweight at 0.21 pounds for reduced spindle load

Compatibility

Designed for use with standard arbor setups on horizontal and vertical milling machines that accept a compatible arbor connection; verify arbor hole diameter and arbor specifications before installation.

Installation Notes

Installation is performed by a machinist or toolroom technician on a milling machine. Always power down and lock out the spindle before mounting or removing the saw blade. Confirm that the arbor, spacers, and drawbar are properly torqued and that the blade seats flat and concentric before engaging the workpiece. Never exceed the spindle speed rating appropriate for the blade diameter and material being cut.