Precision Grinding Coolant Through Drill Bits Straight Flute Drill For Deep Hole Processing
Precision Grinding Coolant Through Drill Bits Straight Flute Drill For Deep Hole Processing Attribute Value Material Carbide Type Twist Drill Bit, Core Drill Bit, Various, Taper Drill Bit, Glass Drill Bits Product name Deep Hole Drill for Precision Parts Coating Uncoated/TiAlN/DLC Hrc 90-93 Product Introduction The AMG solid carbide coolant-through straight flute drill is specifically designed for deep and blind hole machining in machinery structural parts. Manufactured using
| Attribute | Value |
|---|---|
| Material | Carbide |
| Type | Twist Drill Bit, Core Drill Bit, Various, Taper Drill Bit, Glass Drill Bits |
| Product name | Deep Hole Drill for Precision Parts |
| Coating | Uncoated/TiAlN/DLC |
| Hrc | 90-93 |
The AMG solid carbide coolant-through straight flute drill is specifically designed for deep and blind hole machining in machinery structural parts. Manufactured using high-quality ultra-fine grain solid carbide (HM) with precision grinding, it offers:
- High hardness and excellent wear resistance
- Superior anti-chipping performance for stability
- High hole accuracy during processing
- Internal coolant channel design for direct high-pressure coolant delivery
- Rapid heat dissipation and reduced cutting temperatures
- Improved chip evacuation and extended tool life
Ideal for deep and blind hole machining in:
- Shafts and jigs
- Hydraulic cylinder holes
- Mold cooling channels
Suitable for high-precision, high-surface-finish deep hole drilling in:
- Carbon steel and alloy steel
- Stainless steel
- Aluminum alloys and copper alloys
- Material: Ultra-fine grain solid carbide (HM)
- Cooling: Coolant-Through
- Flute Type: Straight Flute
- Diameter Range: Φ3mm - Φ12mm (customizable)
- Cutting Length: 6D / 10D / 15D / 20D (customizable)
- Coating: TiAlN / DLC / Uncoated options available
When selecting an internally cooled straight flute drill, consider:
- Drilling depth: For holes exceeding 6 times the diameter, choose long-edge designs (10D, 15D, 20D) for smooth chip evacuation
- Processing materials:
- TiAlN coating for stainless steel and carbon steel (wear and high temperature resistance)
- DLC or uncoated for aluminum alloy and copper (prevents material sticking)
- Machine tool conditions: Confirm internal cooling function and sufficient coolant pressure for temperature reduction and chip removal