Coating Type | High-speed machining, abrasive materials | Industry: TiN (2000 HV, ASTM E384) Our Base: PVD (2400 HV ▲400 HV) Our Advanced: DLC (3200 HV ▲800 HV over Base) | Base: Enhanced durability vs industry standards Advanced: Extreme wear resistance for tough materials | Base: 15% cost increase vs industry Advanced: 40% cost premium, requires specialized handling |
Control Mode | Automated production lines | Industry: Manual control Our Base: Automatic (ISO 10791) Our Advanced: CNC with adaptive control (▲0.001mm precision) | Base: Reduces operator error by 30% Advanced: Real-time adjustments for optimal performance | Base: Limited to pre-set programs Advanced: Requires skilled technicians for setup |
Material Composition | Cutting hard alloys | Industry: HSS (800 HV, ISO 3655) Our Base: Carbide (1400 HV ▲600 HV) Our Advanced: Carbide+ (1600 HV ▲200 HV over Base) | Base: 50% longer tool life vs HSS Advanced: 2x harder than industry standard | Base: 20% heavier than HSS tools Advanced: Fragile under thermal shock |
Precision Level | Precision engineering, aerospace parts | Industry: ±0.1mm (ISO 2768-m) Our Base: ±0.05mm (▲0.05mm improvement) Our Advanced: ±0.02mm (▲0.03mm over Base) | Base: Meets automotive standards Advanced: Achieves aerospace-grade tolerances | Base: Requires stable ambient conditions Advanced: Sensitive to vibration fluctuations |
Workpiece Compatibility | Diverse material processing | Industry: Mild steel (ASTM A1011) Our Base: Stainless steel (ASTM A276) Our Advanced: Exotic alloys (▲50% more materials) | Base: Handles corrosive materials Advanced: Processes titanium, Inconel, etc. | Base: Limited to common alloys Advanced: Needs specialized coolant systems |
Interchangeable Inserts | Customized machining tasks | Industry: Fixed inserts Our Base: 3 insert types (▲Flexibility) Our Advanced: 10+ types (▲7 additional types) | Base: Reduces downtime by 20% Advanced: Cuts setup time by 50% | Base: Requires training for insert changes Advanced: Higher inventory costs |