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Customized Carbide Tool
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Forming Drill Optimized for High Strength Materials

Forming Drill Optimized for High Strength Materials

Detail Information
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carbide forming drill for high strength materials

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customized carbide tool with high performance

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forming drill optimized for tough materials

Product Description
Forming Drill Optimized for High Strength Materials
In precision machining, completing multiple processes with a single tool is essential for efficient production. Modern manufacturers increasingly prefer molded drills with multi-stage structures (such as D4-D17.5-D19.24-D22.6-D24) rather than single-size bits. These integrated tools reduce tool change time, eliminate positioning errors, and significantly improve part consistency and process efficiency.
Working Principle
The AMG molding drill utilizes multiple drill tip structures with varying diameters and angles to achieve single-pass cutting and continuous forming of multiple hole sizes.
Specifications
Model Step Hole Sizes (mm) Overall Length (mm) Shank Diameter (mm) Structure Type
AMG-FD-MULTI-D24 D4 - D17.5 - D19.24 - D22.6 - D24 85-120 12-16 Multi-step Composite Forming Drill
Forming Drill Optimized for High Strength Materials 0
Customer Purchase Requirements
  • One-time molding for time savings: Ideal for mold processing, automotive parts, and injection mold frames where composite hole processing eliminates frequent tool changes.
  • Precise dimensions and clean contours: Essential for automated machine tools and multi-axis CNC applications, requiring stable shape retention and dimensional consistency.
  • High-strength material compatibility: Critical for alloy steel, stainless steel, and mold steel applications, with emphasis on anti-chipping and wear resistance for batch processing.
Forming Drill Optimized for High Strength Materials 1
Product Performance Highlights (D4-D24 Composite Forming Drill)
  • Multi-stage integrated structure: Combines D4 to D24 sizes in one tool for CNC efficiency
  • Precision contour forming: Produces neat surfaces with smooth transitions between steps
  • High-wear alloy construction: Made from premium hard alloy for durability
  • Enhanced chip resistance: Optimized cutting edge design maintains stability
  • Broad material compatibility: Effective for carbon steel, aluminum alloy, stainless steel, and more