Iscar 5606775 Milling Insert IC330 Solid Carbide Helimill

Product Description

The ISCAR 5606775 is a solid carbide milling insert manufactured under the HELIMILL series, designed for high-performance face and shoulder milling operations. Carrying the IC330 grade with a PVD-applied TiCN and TiN coating, this insert delivers wear resistance and thermal stability across demanding cutting applications. The parallelogram-shaped insert features a positive rake angle of 28 degrees and a T-Land cutting edge style, producing efficient chip flow while reducing cutting forces. With a maximum depth of cut of 0.394 inches (10.30 mm) and a cutting edge effective length of 0.406 inches, it is suited for productive material removal rates. Installation is performed by licensed machinists or tooling technicians using the screw-holding method.

This insert is intended for milling steel, stainless steel, superalloys, and titanium workpieces, covering ISO material application codes P, M, and S. It fits the HM90-10 cutter series and is compatible with HELIMILL-series cutter bodies designed for size-10 inserts. The right-hand cutting configuration and 85-degree included angle make it a standard choice for square-shoulder milling setups in both production shop and job-shop environments. The HM chip breaker geometry supports controlled chip formation across the listed workpiece materials.

Key Features

• IC330 grade with PVD TiCN and TiN coating for wear resistance in steel and superalloy cutting
• Positive 28-degree rake angle with T-Land cutting edge for reduced cutting forces
• Maximum depth of cut: 0.394 inches (10.30 mm)
• Two cutting edges per insert on a single-sided body
• Screw-held mounting compatible with HM90-10 HELIMILL cutter bodies
• Meets ANSI and ISO 13399 standards; ANSI code APKR 1003PDR-HM IC330

Compatibility

Designed for use with ISCAR HELIMILL HM90-10 cutter series bodies accepting size-10 inserts. ANSI code: APKR 1003PDR-HM IC330. ISO code: APKR 1003PDR-HM.

Installation Notes

Installation is performed by a qualified machinist or CNC tooling technician. Ensure the cutter body is fully removed from the spindle and the machine is powered down and locked out before seating or replacing inserts. Use the appropriate Torx or hex key to secure the clamping screw to the manufacturer-recommended procedure without over-torquing the screw thread. Inspect the insert pocket and seating surface for chips or debris before mounting the new insert.