High-Speed U Drill for CNC Lathes – SP/WC Flat-Bottom Coolant-Through Indexable Drill (Diameters: 13mm to 60mm)

Enhance your CNC lathe operations with our High-Speed U Drill Holder, meticulously engineered for precision and efficiency. This robust tool holder accommodates SP and WC series indexable inserts and features a flat-bottom design with coolant-through capabilities, making it ideal for aggressive drilling applications across various depths.

Key Features:​

• Wide Diameter Range:
  Supports a broad spectrum of drilling diameters from 13mm to 60mm, providing flexibility for various machining tasks.​

• SP/WC Insert Compatibility:
  Designed to fit SP and WC series indexable inserts, offering options based on specific machining needs:​

  • WC Inserts: Cost-effective with high drilling efficiency; peach-shaped design usable on three sides.​

  • SP Inserts: Provides a flatter bottom hole finish; square-shaped design usable on four sides for enhanced surface quality.

• Flat-Bottom Design:
  Facilitates the creation of flat-bottomed holes, essential for applications requiring precise hole geometry and depth control.​

• Coolant-Through Capability:
  Integrated coolant channels ensure effective heat dissipation and efficient chip evacuation, prolonging tool life and maintaining optimal cutting conditions.​

• Durable Construction:
  Manufactured from high-quality materials to withstand the demands of high-speed CNC lathe operations, ensuring longevity and consistent performance.

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Applications:

• CNC Lathe Operations:
  Ideal for high-speed drilling tasks in CNC lathes, providing precision and efficiency in metalworking applications.​

• Deep Hole Drilling:
  Suitable for deep hole drilling requirements, with configurations supporting depths up to five times the diameter.​

• Metal Fabrication:
  Perfect for creating flat-bottomed holes in various metals, enhancing the versatility of your machining processes.

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Upgrade your machining capabilities with our High-Speed U Drill Holder, designed for precision, efficiency, and durability in demanding CNC lathe applications.