Coating Type | High-temperature machining in CNC | Industry: TiN (900°C); Our Base: TiAlN (1000°C); Our Advanced: TiAlCrN (1200°C ▲▲) (ASTM E2304 thermal stability test) | Withstands extreme temps without oxidation; prolongs tool life | Advanced coating increases upfront cost by ~30% |
Material Composition | Heavy-duty threading in hardened steels | Industry: Tungsten carbide (HRA 89); Our Base: WC-Co 8% (HRA 91); Our Advanced: Diamond-coated (HRA 95 ▲▲) (ISO 4920 hardness test) | Superior hardness for tough materials; reduces tool breakage | Diamond coating may chip in abrasive environments |
Thermal Resistance | Continuous machining without coolant | Industry: 900°C; Our Base: 1000°C; Our Advanced: 1200°C ▲▲ (ASTM E2304) | Maintains integrity in high-heat scenarios; reduces thermal distortion | Advanced versions require precision cooling to avoid cracking |
Edge Geometry | Precision threading in aerospace alloys | Industry: 75° edge; Our Base: 60° (▲); Our Advanced: 45° (▲▲) (ISO 13399 tool geometry standard) | Sharper edges minimize material distortion; improves surface accuracy | Advanced edges may require softer materials to prevent chipping |
Surface Finish | Medical components with ultra-smoothness | Industry: Ra 1.6 µm; Our Base: Ra 0.8 µm (▲); Our Advanced: Ra 0.4 µm (▲▲) (ISO 3274 surface finish standard) | Eliminates post-processing; reduces friction in critical applications | Advanced finish is more delicate and prone to micro-scratches |
Tool Life | High-volume production runs | Industry: 30 mins; Our Base: 45 mins (▲); Our Advanced: 60 mins (▲▲) (ISO 3685 tool life test) | Reduces downtime and tool changes; lowers long-term operational costs | Advanced tools may have higher initial cost compared to industry-standard tools |