LNKX1506PN-N PL IC910 Indexable Milling Insert for Steel Machining
Product Overview
LNKX1506PN-N PL IC910 is a high-performance indexable milling insert designed for efficient and stable milling operations. Featuring the advanced IC910 PVD coating grade and a well-optimized PL chipbreaker, this insert delivers excellent wear resistance, cutting stability, and surface finish when machining steel, alloy steel, and stainless steel. It is widely used in CNC machining centers and milling applications requiring consistency and productivity.
Insert Designation Breakdown
- LNKX: High-rigidity milling insert series
- 1506: Standard insert size for versatile applications
- PN-N: Optimized geometry for stable cutting
- PL: Light cutting chipbreaker for smooth chip evacuation
- IC910: PVD-coated grade for steel machining
Key Features & Benefits
- ✔ Excellent Wear Resistance
The IC910 PVD coating significantly improves tool life, making it ideal for continuous and mass production machining.
- ✔ Stable Cutting Performance
Optimized substrate toughness and edge preparation reduce chipping and edge failure, ensuring reliable milling operations.
- ✔ Efficient Chip Control
The PL chipbreaker is designed for light to medium cutting conditions, promoting smooth chip flow and safer machining.
- ✔ Superior Surface Finish
Reduced cutting vibration helps achieve high-quality surface finishes and minimizes secondary operations.
Application Range
- Machining Type: Face milling, shoulder milling, profiling
- Workpiece Materials:
- Carbon steel
- Alloy steel
- Tool steel
- Stainless steel (under stable conditions)
- Machine Tools: CNC machining centers, milling machines, automated production lines
Typical Industries
- Automotive manufacturing
- General machinery
- Mold & die industry
- Construction machinery
- Metalworking workshops and production lines
Product Summary
LNKX1506PN-N PL IC910 offers an optimal balance of performance, durability, and cost efficiency. It is a reliable choice for manufacturers seeking improved productivity, longer tool life, and consistent machining quality in milling applications.