Reducing stress concentration points in turbine blades and structural airframe components. Our custom radius end mills ensure compliance with strict AS9100 standards for surface integrity.
In the era of electric mobility, heat dissipation and battery housing precision are critical. Corner rounding optimizes the flow of thermal management fluids within channeled housings.
Manufacturing biocompatible implants requires zero burr tolerance. Our micro-grain carbide tools provide the sub-micron finish required for orthopedic surgical components.
We utilize 0.6μm sub-micron grain size tungsten carbide, providing the ultimate balance between edge sharpness and fracture toughness.
Utilizing ANCA and Walter 5-axis gear grinding machines to ensure radius eccentricity is held within ±0.005mm.
Application of AlTiN or DLC (Diamond-Like Carbon) coatings tailored to the specific thermal properties of the workpiece material.
Automated Optical Inspection (AOI) detects microscopic defects that the human eye cannot see, ensuring 100% batch consistency.
Mix tungsten carbide, cobalt, rare metals, and aviation gasoline with alloy balls for 48-72 hours.
Dry the mixture, add ginseng gum for structural integrity, and filter out the aviation gasoline volatiles.
Precision molding of the tungsten carbide powder into high-density "green" blanks.
Sinter the blanks at 1450°C in a Hot Isostatic Pressing furnace to eliminate porosity.
Chatter is often caused by incorrect overhang or feed rates. Our tools are designed with variable helix geometry to break harmonic resonance, significantly reducing vibration during high-speed engagement.
Yes, our specific series for high-hardness materials feature an Oerlikon Balzers coating that resists the chemical affinity of Titanium, preventing built-up edges (BUE).
Standard custom orders take 10-15 business days. We utilize advanced simulation software to verify toolpaths before the first cut is even made in our factory.
N&D Carbide
