Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
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Coating Type | High-temperature machining (stainless steel) | Industry Standard: TiN (2-3µm) | Our Base: PVD AlTiN (4-6µm)▲ (ISO 3497) | Our Advanced: PVD AlCrN (6-8µm)▲▲ (ASTM G99) |
| | | 30% better wear resistance vs TiN (▲) | Adds corrosion resistance (▲▲) |
| | | (reduces friction by 25%) | (2x cost of Base) |
| Material Grade | Tough materials (hardened steel) | Industry Standard: HSS (ISO M20) | Our Base: Carbide (ISO K10)▲ (ASTM F1921) | Our Advanced: Carbide (ISO K01)▲▲ (ISO 5660) |
| | | | 3x longer tool life vs HSS (▲) | Handles 1200°C (▲▲) |
| | | | (hardness: 1400HV) | (more brittle than HSS) |
| Thermal Resistance | High-speed machining | Industry Standard: 800°C | Our Base: 950°C▲ (ISO 2818) | Our Advanced: 1050°C▲▲ (ASTM E1354) |
| | | | Enables 30% faster feed rates (▲) | Requires advanced coolant systems (▲▲) |
| | | | (reduces thermal expansion) | (special alloy required) |
| Surface Finish | Precision components (medical parts) | Industry Standard: Ra 1.6µm | Our Base: Ra 0.8µm▲ (ISO 1302) | Our Advanced: Ra 0.4µm▲▲ (ISO 25178) |
| | | | Cuts post-processing time by 40% (▲) | Achieves mirror-like finish (▲▲) |
| | | | (ISO 25178 compliance) | (slower cutting speeds needed) |
| Tool Life | Mass production (automotive parts) | Industry Standard: 20 mins | Our Base: 45 mins▲ (ISO 3685) | Our Advanced: 90 mins▲▲ (ASTM G75) |
| | | | Reduces downtime by 50% (▲) | 80% fewer tool changes (▲▲) |
| | | | (ISO 5660 verified) | (higher upfront cost) |
| Mounting Design | Flexible setups (CNC machining centers) | Industry Standard: Standard shank | Our Base: ISO 230-2 compliant▲ | Our Advanced: ER collet chuck▲▲ (ISO 1940) |
| | | | Easier tool changes (▲) | Precision alignment (▲▲) |
| | | | (reduces setup time) | (requires specialized holders) |