Solid Carbide Internal Coolant Drill Enhanced Chip Evacuation

AMG Internal Coolant Drill Bit is a high-precision cutting tool designed for deep hole drilling and machining hard-to-cut materials. Its internal coolant channels deliver cutting fluid directly to the drill tip, ensuring efficient cooling, optimal chip evacuation, and extended tool life.

Material: Solid carbide for maximum hardness and wear resistance

Internal Coolant Design: Direct coolant flow reduces heat and prevents tool breakage

Precision Drilling: Ideal for deep holes with tight tolerances

Coating Options: TiAlN, AlTiN, TiSiN for improved performance and longevity

Applications: Stainless steel, hardened steel, alloy steel, titanium, aluminum, and other tough metals

Flute Length & Diameter Options: Customizable for specific machining requirements

Reduced heat generation and tool wear

Smooth and precise hole finishing

Enhanced chip evacuation

Suitable for both CNC machines and conventional drilling setups

Q1: What is an internal coolant drill bit?
A: It is a drill with internal coolant channels that deliver cutting fluid directly to the tip for efficient cooling, reduced heat, and better chip evacuation, especially useful for deep hole drilling.

Q2: What materials can it machine?
A: Suitable for stainless steel, hardened steel, alloy steel, titanium, aluminum, cast iron, and composites.

Q3: What sizes are available?
A: Cutting diameter ranges from 0.5mm to 20mm, shank diameter from 3mm to 12mm, and overall length from 50mm to 150mm. Custom sizes are available.

Q4: What types of coatings are offered?
A: TiAlN, AlTiN, TiSiN, DLC, or uncoated, depending on material and application requirements.

Q5: How does it improve drilling performance?
A: Internal coolant reduces heat, prevents tool breakage, improves chip evacuation, and extends tool life, especially in high-speed CNC machining.

Q6: How many flutes does it have?
A: Typically 2 or 3 flutes, optimized for chip removal and smooth cutting.

Q7: Can it be used for both CNC and conventional drilling?
A: Yes, it is suitable for CNC machining, mold making, aerospace, and general metalworking applications.