Introduction to WNMG-TS Cermet Inserts

The WNMG-TS Cermet Insert is a high-performance cutting tool designed for precision CNC turning applications. Engineered with a unique blend of ceramic and metallic materials, cermet inserts provide exceptional wear resistance, heat resistance, and superior surface finish. These inserts are widely used in steel and stainless steel machining industries due to their ability to reduce friction, minimize built-up edge (BUE), and enhance tool life.

Our WNMG-TS inserts are designed for industrial applications that demand high-speed cutting and consistent performance. Whether you are performing roughing, semi-finishing, or precision finishing operations, these cermet inserts ensure optimal results with improved cutting efficiency and reduced tool change frequency.

Key Features of WNMG-TS Cermet Inserts

• Superior Wear Resistance: Advanced cermet composition offers higher hardness compared to traditional carbide inserts, ensuring long-lasting tool performance.
• Enhanced Heat Resistance: Can withstand high temperatures generated during prolonged cutting operations while maintaining stability.
• Smooth Surface Finishing: Low friction coefficient reduces built-up edge (BUE), resulting in a finer surface finish.
• Indexable Design for Cost Efficiency: Multiple cutting edges on each insert extend tool life and reduce machining costs.
• Optimized Chip Control: Special chipbreaker design ensures efficient chip evacuation, preventing workpiece damage.
• Compatibility with CNC Lathes: Standardized WNMG shape ensures compatibility with various machines for external/internal turning and profiling.

Material Composition and Coating Technology

The WNMG-TS Cermet Insert is manufactured using a blend of titanium carbide (TiC), titanium nitride (TiN), and other ceramic-based materials. This unique composition provides the insert with a combination of toughness and hardness.

Additionally, the inserts are available with advanced PVD (Physical Vapor Deposition) coatings, further enhancing their resistance to oxidation and wear, allowing for dry machining or reduced reliance on cutting fluids.

• Automotive Industry: Precision machining of engine components, shafts, and transmission parts.
• Aerospace Industry: Machining of high-strength alloys and stainless steel critical for aircraft components.
• General Engineering: Suitable for machining various industrial parts with strict tolerance requirements.
• Mold & Die Industry: Ensures high-precision machining of molds for plastic injection and metal stamping.
• Energy Sector: Used for components in power generation and oil & gas industries.

1. Improved performance in finish & continuous machining of hot/cold forging steel and sintered ferrous alloy.

2. Excellent wear resistance and crater resistance.

3. Optimized cutting edge to improve surface finish.

4. Next generation coated cermets with higher wear and chipping resistance in high speed machining. Decreases surface roughness by preventing chemical reactions.