Iscar 2500358 Indexable Grooving Blade Right Hand Hff

Product Description

The ISCAR 2500358 is a right-hand indexable grooving blade from the Heliface series, designed for grooving, parting, and turning operations on CNC lathes and turning centers. The blade measures 1.2598 inches in height and 0.2047 inches in width, with an overall length of 5.9055 inches. It accepts HFPR/L 6030 series inserts and supports a minimum groove width of 0.2362 inches with a maximum depth of cut of 1.4961 inches. Manufactured to ISO 13399 standards, this blade is suited for machinists and toolroom professionals working with precision turning applications where consistent groove geometry and insert indexability are required.

The 2500358 is applied in grooving, parting, and turning operations where workpiece diameter ranges from 7.0866 inches to 15.748 inches. The HFF blade style and Heliface series design make it appropriate for medium to large diameter workpieces in production turning environments. This blade is intended for use in metalworking shops, job shops, and manufacturing facilities running turning centers that require reliable, repeatable insert seating and secure blade clamping.

Key Features

• Right-hand cutting direction for standard lathe turning configurations
• HFF blade style from the ISCAR Heliface series
• Accepts HFPR/L 6030 series indexable inserts
• Minimum groove width of 0.2362 inches with maximum depth of cut of 1.4961 inches
• Workpiece diameter range: 7.0866 inches minimum to 15.748 inches maximum
• Manufactured to ISO 13399 tooling data standards

Compatibility

Compatible with HFPR/L 6030 series indexable inserts (insert size code 6030). Designed for use in turning and grooving applications within the Heliface blade system.

Installation Notes

Installation should be performed by a qualified machinist or tooling technician. Ensure the machine spindle is fully stopped and locked out before changing or seating the blade. Verify insert seating and clamp torque per the toolholder manufacturer specifications before resuming cuts. Confirm workpiece diameter falls within the supported range before operation.