Iscar 5601347 Milling Insert Adkt 150516R-HM IC328 Carbide

Product Description

The ISCAR 5601347 is a solid carbide milling insert carrying ANSI designation ADKT 150516R-HM in grade IC328. It is a parallelogram-style, single-sided insert with a positive rake geometry and a right-hand cutting orientation. The insert features a TiCN coating applied via PVD process, providing wear resistance suited to demanding milling applications. With a honed cutting edge, a corner radius of 0.0630 inches, and a maximum depth of cut of 0.4720 inches, this insert is designed for use by machinists and toolroom professionals in production milling environments. It is part of the ISCAR HELIMILL series.

This insert is intended for milling of steel, stainless steel, superalloys, and titanium — material application codes P, M, and S per ISO classification. It fits into cutter bodies from the ETS, FTS, ADK, and E90 series cutter families. The HM chip breaker geometry supports controlled chip formation across this range of workpiece materials. With two cutting edges per insert and a screw-holding method, it is suited for high-productivity face and shoulder milling operations in both job shop and production settings.

Key Features

• Solid carbide substrate with PVD TiCN coating for wear and heat resistance
• Positive rake geometry with honed cutting edge for clean, efficient cutting action
• Corner radius of 0.0630 inches (1.60 mm) for controlled edge engagement
• Maximum depth of cut of 0.4720 inches (12.00 mm)
• Two usable cutting edges per insert, screw-mounted for secure clamping
• HM chip breaker for effective chip control in steel and stainless steel
• Conforms to ANSI and ISO 13399 standards

Compatibility

Compatible with ISCAR HELIMILL cutter body series ETS, FTS, ADK, and E90. Suited for machining steel, stainless steel, superalloys, and titanium. Insert size code 150516; ANSI code ADKT 150516R-HM IC328.

Installation Notes

Installation is performed by machinists or toolroom technicians using the appropriate torx or hex key for the clamping screw specified by the cutter body manufacturer. Ensure the cutter body is de-energized and the spindle is locked before replacing inserts. Seat the insert fully into the pocket and verify there is no rocking before torquing the screw. Do not exceed the cutter body manufacturer's specified screw torque value.