Material Composition | Heavy-duty metalworking (e.g., aerospace) | - Industry Standard: HSS (M2 grade) - Our Base: M4 HSS (ASTM A681) - Our Advanced: M42 HSS (ISO 5980) ▲▲ (Enhanced hardness for titanium machining) | Higher hardness for tougher materials (e.g., stainless steel, titanium) | Advanced version costs 30% more due to specialized alloying |
Coating Technology | High-temperature machining (e.g., engine parts) | - Industry Standard: Uncoated - Our Base: TiAlN coating (10 µm, ISO 3497) ▲ - Our Advanced: Diamond-like carbon (DLC) coating (15 µm) ▲▲ (Reduces friction by 40%) | Extended tool life (up to 2x) and reduced wear | Coating adds 20–40% to base cost |
Tooth Geometry | Precision parts (e.g., gears, shafts) | - Industry Standard: Standard helical (30°) - Our Base: Optimized helical (35°) ▲ - Our Advanced: Variable helix (ISO 2369) ▲▲ (Vibration reduction by 25%) | Smoother cuts and less chatter | Advanced geometry requires CNC-specific setups |
Tool Life | High-volume production (e.g., automotive) | - Industry Standard: 100 parts (ISO 3685) - Our Base: 150 parts ▲ - Our Advanced: 250 parts ▲▲ (Measured via ISO 13399) | Reduced downtime and lower per-unit costs | Higher upfront investment for Advanced versions |
Customization | Versatile applications (e.g., prototyping) | - Industry Standard: Fixed teeth - Our Base: Adjustable teeth spacing ▲ - Our Advanced: Replaceable carbide inserts ▲▲ (ISO 1829) | Flexibility for multiple materials and geometries | Requires skilled operators for adjustments |
Vibration Control | Delicate materials (e.g., thin-walled parts) | - Industry Standard: Standard damping - Our Base: Balanced design (ISO 2372) ▲ - Our Advanced: Active damping system ▲▲ (Reduces vibration to <1.5 mm/s) | Minimizes material deformation and tool wear | Advanced systems add mechanical complexity |