DGN2202Z IC908 Cutting Insert | High-Performance Grooving & Parting Carbide Tool
Product Overview
The DGN2202Z IC908 is a premium grooving and parting insert engineered by Iscar with its well-known IC908 PVD-coated grade. It is designed for high-stability machining on steel, stainless steel, alloy steel, and heat-resistant superalloys. Its robust yet sharp cutting edge delivers excellent reliability in medium to high-productivity environments.
Material & Coating Advantages
- IC908 Coating: A TiAlN/TiN multilayer PVD coating offering outstanding wear resistance, low friction, and superior anti-chipping performance.
- Carbide Substrate: Ultra-fine grain carbide with high toughness, ideal for stable grooving under demanding conditions.
- Suitable Materials: Steel (P), stainless steel (M), and superalloys (S), including hard steels and light interrupted cuts.
Design Features
- Z-type Chipbreaker: Ensures excellent chip control, minimizing chip tangles and improving machining stability.
- Reinforced Cutting Edge: Provides strong edge strength for deep grooving and parting without micro-chipping.
- Optimized Coated Surface: Maintains lower friction and thermal stability during high-speed cutting.
- Wide Holder Compatibility: Fits multiple industry-standard grooving toolholders, convenient for replacement.
Applications & Benefits
- External grooving
- Face grooving
- Deep grooving
- Parting operations
- Suitable for CNC lathes, Swiss-type lathes, and automatic turning centers
Performance Benefits
- High surface finish with minimal secondary finishing
- Reliable chip breaking for long, uninterrupted machining
- Extended tool life reduces per-part cost
- Stable performance with both oil-based and water-based coolants
Technical Specifications (Reference)
- Model: DGN2202Z
- Grade: IC908
- Width: 2.2 mm
- Type: Grooving / Parting insert
- Machining Types: OD grooving, face grooving, deep grooves, parting
Why Choose DGN2202Z IC908?
- Outstanding stability on difficult materials
- Exceptional anti-chipping capability
- Multi-purpose usage with excellent cost-performance ratio