Iscar 2550111 Indexable Grooving Blade Right Hand

Product Description

The ISCAR 2550111 is an indexable grooving blade designed for grooving, parting, and turning operations on CNC lathes and turning centers. Built to the Modular Grip series, this right-hand blade measures 1.2598 inches in height, 0.2283 inches in width, and 1.5551 inches in overall length, with a maximum depth of cut of 0.3937 inches. It accepts a broad range of ISCAR GRIP-family inserts, making it a flexible tooling component for shops running tight-diameter workpieces. Machinists and CNC tooling specialists install this blade as part of a modular grooving system for precision internal and external groove work.

This blade is suited for grooving and parting operations on workpieces with a minimum diameter of 0.9843 inches and a maximum workpiece diameter of 1.1811 inches. The 0.1181-inch minimum groove width makes it appropriate for narrow, close-tolerance grooves in small-bore turning applications. Typical use cases include job shops and production turning cells running small-diameter bar stock or tubular workpieces where consistent groove geometry and repeatable insert indexing are required.

Key Features

• Right-hand cutting direction for standard lathe configurations
• Blade style HFPAD in the Modular Grip series for rigid, modular toolholder integration
• Minimum groove width of 0.1181 inches supports narrow-groove and parting applications
• Maximum depth of cut of 0.3937 inches suitable for through-groove and parting operations
• Compatible with multiple GRIP-family insert styles for application flexibility
• Meets ISO 13399 tooling data standards for CAM and tooling management integration

Compatibility

The ISCAR 2550111 accepts the following insert styles: GRIP, HGN-C, HGN-J, HGN-UT, and HGPL. It is part of the Modular Grip series and is designed for use with compatible ISCAR modular grooving toolholders that accept HFPAD-style blades.

Installation Notes

Installation is performed by a machinist or CNC tooling technician. The machine spindle must be fully stopped and the machine placed in a safe, locked-out state before blade or insert changes are made. Ensure the blade seating surfaces and clamping pocket are clean and free of chips before securing the blade. Consult the toolholder manufacturer torque guidelines and ISCAR assembly documentation for proper clamping procedure.