APMT1135PDSR-MM PC5300 PVD Coated Carbide Milling Insert for CNC Shoulder & Face Milling with High Wear Resistance and Precision Ground Edge

APMT1135PDSR-MM PC5300 PVD Carbide Milling Insert for CNC Shoulder & Face Milling Steel

Product Overview

The APMT1135PDSR-MM PC5300 is high-performance PVD coated carbide milling insert developed for CNC face & shoulder milling processing. Adopted universal PC5300 substrate grade and MM optimized chip-breaker geometry, this milling insert owns outstanding anti-abrasion property, stable cutting performance and excellent chip control under continuous heavy-duty mass production machining.

Specially designed for square shoulder milling, face milling, slotting & ramping work, it keeps stable dimensional accuracy, smooth chip evacuation and prolonged service life for long-hour CNC milling operations.

Key Features

• PC5300 universal substrate grade with premium PVD coating, high wear resistance & high temperature stability for multi-material machining
• MM customized chip breaker geometry, optimized for smooth chip removal, reduce cutting vibration and built-up edge
• Precision ground cutting edge, improves workpiece surface finish and dimensional precision
• Positive rake angle design lowers cutting load, fits semi-finish & medium rough milling
• Robust insert structure, long service life for continuous CNC center mass production

Workpiece Materials

• Carbon steel
• Alloy steel
• Stainless steel
• Cast iron
• General structural metal materials

Typical Applications

Square shoulder end milling

Face milling & step surface machining

Slotting, ramping & contour milling

CNC machining center general metal milling

Technical Specifications

Why Choose APMT1135PDSR-MM PC5300?

APMT1135PDSR-MM PC5300 combines premium PC5300 coated carbide base and MM professional slot-breaking structure, realizing stable cutting performance, good surface quality and long tool life. It is all-purpose milling insert for mixed steel, stainless steel and cast iron workshop processing, effectively lowering production tool cost and improving overall machining efficiency.