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7.4mm 2 Flutes Carbide Step Drill Non Ferrous Metals Drilling With Chip Evacuation

7.4mm 2 Flutes Carbide Step Drill Non Ferrous Metals Drilling With Chip Evacuation

Brand Name: AMG
Model Number: Standard/Customized
MOQ: 3
Price: Request Quote
Detail Information
Place of Origin:
China
Certification:
ISO9001
Features:
Smooth Surface Finish
Name:
7.4mm Non-ferrous Metals Drilling 2 Flutes Carbide Step Drill
Application:
Aluminum Alloy, Copper Alloy, Non-ferrous Metals
Type:
Step Drill
Coating:
DLC/Uncoated
Coolant Type:
Through Coolant
Transport:
Air,TNT,DHL,EMS,Express
Oem:
OEM Is Accepted
Highlight:

2 Flutes Carbide Step Drill

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Non Ferrous Metals Drilling Step Drill

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Carbide Step Drill With Chip Evacuation

Product Description
7.4mm 2 Flutes Carbide Step Drill for Non-Ferrous Metals with Chip Evacuation
Product Overview

7.4mm internal cooling 2-edge carbide step drill designed for high-precision drilling of non-ferrous metals with excellent chip evacuation performance and burr-free machining.

Key Attributes
Attribute Value
Name 7.4mm non-ferrous metals Drilling 2 Flutes Carbide Step Drill
Application Aluminum alloy, copper alloy, non-ferrous metals
Features Smooth surface finish
Type Step drill
Coating DLC/Uncoated
Coolant type Through coolant
Transport Air, TNT, DHL, EMS, Express
OEM OEM is accepted
Applications
  • Multi-diameter step hole machining for aerospace components
  • Deep hole and blind hole drilling in non-ferrous fixtures and molds
  • High-speed CNC drilling in non-ferrous parts with burr-free requirements
Technical Specifications
Parameter Specification
Diameter 7.4mm
Flutes 2 flutes
Flute Type Straight flute
Material Ultra-fine grain carbide rod
Coating DLC / TiSiN / Customized
Coolant Type Internal coolant through the tool
Application Non-ferrous metals CNC drilling
Working Principle

This step drill features an internal cooling design that introduces cooling fluid directly into the cutting edge area, enhancing cooling efficiency and lubrication while preventing chip accumulation and tool overheating. The straight flute structure effectively guides chips out of the hole, making it ideal for soft metals with strong chip adhesion. The step geometry allows one tool to complete multiple hole diameters while maintaining coaxial accuracy.

Selection Guidance

When selecting an internal coolant step drill, consider:

  • Workpiece material: For soft metals like aluminum alloy, copper, or brass that tend to stick to cutting tools, choose internal cooling with straight groove structure
  • Hole complexity: For multi-segment stepped holes or deep holes requiring high coaxiality, select customized stepped structures
  • Production volume: For continuous batch processing requiring extended tool life and stability, use ultra-fine grain alloy with coating
Product Images
7.4mm 2 Flutes Carbide Step Drill Non Ferrous Metals Drilling With Chip Evacuation 0 7.4mm 2 Flutes Carbide Step Drill Non Ferrous Metals Drilling With Chip Evacuation 1 7.4mm 2 Flutes Carbide Step Drill Non Ferrous Metals Drilling With Chip Evacuation 2
Manufacturing Facility
7.4mm 2 Flutes Carbide Step Drill Non Ferrous Metals Drilling With Chip Evacuation 3 7.4mm 2 Flutes Carbide Step Drill Non Ferrous Metals Drilling With Chip Evacuation 4
Frequently Asked Questions
Q1: Can this tool handle high-speed drilling in aluminium and copper?
A1: Yes, it is specifically designed for high-speed, no burr drilling in aluminium, copper, and other non-ferrous metals.
Q2: What are the benefits of the internal coolant system?
A2: It reduces heat buildup, flushes chips away efficiently, and extends tool life during deep and continuous drilling.
Q3: Is customization available for step sizes and coatings?
A3: Yes, AMG provides customized step sizes and coating solutions to match your specific machining requirements.
Q4: How is quality ensured for each tool?
A4: AMG performs a strict 4-step inspection, including raw material inspection, tolerance checking after grinding, dimensional accuracy testing, and final appearance inspection post-coating.