CNC Carbide Deep Hole Drill Wear Resistance For Precision Parts Drilling

AMG's solid HM internal coolant deep hole drill is engineered for high-performance precision machining in mechanical and hydraulic components. Manufactured from ultra-fine grain carbide (HM), this tool features advanced internal coolant channels and optimized flute geometry for superior performance in deep and micro-hole drilling applications.

• Exceptional drilling accuracy and coaxiality
• Optimized internal coolant channel design
• Straight or helical flute geometry options
• Extended tool life through high-hardness HM substrate
• Full customization options available

• Oil channels, valve bores, and distribution holes in hydraulic systems
• Deep and high aspect-ratio hole drilling in precision components
• Small and deep hole drilling in industrial automation assemblies
• Fine hole machining on CNC machining centers or 5-axis machines
• Through-hole machining in valve blocks, pump bodies, and hydraulic manifolds

The AMG solid HM deep hole drill operates via high-speed CNC spindle feed with axial movement into the workpiece. The internal coolant channel delivers cutting fluid directly to the drill tip for heat dissipation and lubrication. The optimized flute geometry ensures efficient chip evacuation, maintaining accuracy even at 15D-20D drilling depths.

• High Hole Precision: Excellent coaxiality and perpendicularity for hydraulic assembly requirements
• Efficient Cooling: Internal coolant design prevents overheating and thermal deformation
• Superior Chip Evacuation: Optimized flute geometry for uninterrupted deep hole operations
• Wear Resistance: High-hardness HM substrate ensures durability in high-load cutting
• Customizable Options: Tailored flute geometry, coatings, and coolant configurations available