Our 2-Flute Up-Cut Carbide Router Bit with DLC Coating represents the pinnacle of precision cutting technology for non-ferrous and composite materials. Engineered with a high-performance up-spiral geometry, this router bit excels in applications requiring exceptional chip evacuation and superior surface finishes. The advanced Diamond-Like Carbon (DLC) coating provides an ultra-hard, low-friction surface that dramatically extends tool life while preventing material buildup - making it the ideal choice for aluminum machining, plastic fabrication, and composite material cutting.

• Up-Cut Spiral Design - Efficiently removes chips upward through the cut, preventing recutting and heat buildup
• DLC Coating Technology - Harder than TiN/TiAlN with > 80% lower friction coefficient
• Optimized 2-Flute Geometry - Balances chip space and rigidity for vibration-free operation
• High Helix Angle (45°-55°) - Shears material cleanly at ultra-high RPM (up to 40,000)
• Precision Ground Carbide - Japanese micrograin substrate ensures consistent sharpness
• Special Edge Preparation - Prevents built-up edge (BUE) in aluminum and sticky plastics

• 5X Longer Tool Life vs uncoated carbide in aluminum machining
• Mirror Surface Finishes - Ultra-sharp edges produce laser-cut quality results
• Non-Stick Performance - DLC coating prevents material adhesion
• Reduced Cutting Forces - Allows higher feed rates without compromising finish
• Temperature Resistance - Maintains hardness up to 400°C (752°F)

• High-speed aluminum milling (aerospace components)
• Precision plastic part fabrication (medical devices)
• Composite panel cutting (CFRP, fiberglass)
• PCB prototyping & isolation routing
• Brass musical instrument manufacturing
• Acrylic sign engraving & display making