Material Composition | High-precision machining of hardened steels/alloys | Base: Carbide with PCD coating (ASTM C32) ▲ Advanced: Multi-layer PCD (ASTM C32 + proprietary process) | ▲ Advanced: 40% higher wear resistance (ISO 3685) Tooltip: "ASTM C32 ensures coating adhesion" | Higher cost vs. uncoated tools |
Coating Technology | High-speed, high-temperature cuts | Base: PCD coating (ASTM C32) ▲ Advanced: PCD + AlTiN hybrid (ASTM C32 + ISO 13399) | ▲ Advanced: 30% lower thermal deformation (ISO 13399) Tooltip: "AlTiN reduces heat buildup" | Complex coating adds 20% to production time |
Control System | Complex geometries in CNC machining | Base: ISO 6983-compliant CNC ▲ Advanced: Adaptive CNC with real-time monitoring | ▲ Advanced: ±0.001mm precision (ISO 6983) Tooltip: "Adaptive feed control for uneven materials" | Requires advanced operator training |
Tool Geometry | Aerospace component manufacturing | Base: ISO 13399-optimized square/triangle profiles ▲ Advanced: Asymmetric profiles (custom angles) | ▲ Advanced: 25% better chip evacuation in titanium (ASTM F1171) Tooltip: "Asymmetric design reduces vibration" | Limited to specific material applications |
Durability | Mass production of high-volume parts | Base: 1,200 m/min tool life (ISO 3685) ▲ Advanced: 1,800 m/min (ISO 3685 + multi-layer coating) | ▲ Advanced doubles industry standard (ISO 513 P/M) Tooltip: "1,800 m/min exceeds benchmarks by 125%" | Higher replacement cost for worn tools |
Application Range | Exotic alloys (titanium, Inconel) machining | Base: HRC 60+ steels/stainless (ISO 513 K/M) ▲ Advanced: ISO 513 S/M (Inconel 718 @ 800°C) | ▲ Advanced: Cuts Inconel at 800°C (ASTM F1427) Tooltip: "Proven on aerospace-grade Inconel 718" | Not cost-effective for general-purpose jobs |