12mm U Groove Milling Tool End Mill High Precision For Tight Assembly Tolerances

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July 23, 2025
Category Connection: Customized Carbide Tool
Quality Customized Carbide Tool from China.
http://www.amgcarbidetool.com/sale-53653461-12mm-u-groove-milling-tool-end-mill-high-precision-for-tight-assembly-tolerances.html
Changzhou AMG Precision Tool Manufacturing CO., LTD quality manufacturer from China.
We can supply:
Customized Carbide Tool : http://www.amgcarbidetool.com/supplier-4778110-customized-carbide-tool
Carbide Drill Bit : http://www.amgcarbidetool.com/supplier-4778111-carbide-drill-bit
Carbide End Mill : http://www.amgcarbidetool.com/supplier-4778112-carbide-end-mill
Welcome to visit our official website : http://www.amgcarbidetool.com
Whats app :+8618118381703
Brief: Discover the 12mm U Groove Milling Tool End Mill, designed for high precision and tight assembly tolerances. Perfect for stainless steel, aluminum alloy, and carbon steel, this tool ensures exceptional dimensional accuracy and durability. Ideal for medical devices, aerospace, and semiconductor equipment.
Related Product Features:
  • 12mm diameter U-groove end mill for precision machining.
  • Constructed from premium ultrafine grain carbide for durability.
  • U-shaped bottom design minimizes stress concentration.
  • ±0.01mm groove dimensional accuracy for precise assembly fit.
  • Suitable for stainless steel, aluminum alloy, and carbon steel.
  • Optimized for high-speed, vibration-free machining operations.
  • Available with TiAlN or DLC coatings for enhanced performance.
  • Compatible with vertical machining centers and CNC milling machines.
Faqs:
  • Can it machine hardened stainless steel?
    Yes, the TiAlN coating version is recommended for enhanced heat resistance and wear performance with hardened materials.
  • Is this tool suitable for high-speed machining?
    Absolutely, the tool structure is optimized for efficient heat dissipation and chip removal during high-speed operations.
  • Does this product support high-precision cutting?
    Yes, both the material composition and geometric design are optimized for high-speed, high-precision machining applications.