14EE1 flat grinding wheels with double-sided conical profile 125x3x5x6x45x32 P B2-01 100% ACH M 10

The 14EE1 flat grinding wheel with a double-sided conical profile is a high-precision superabrasive tool designed for profile grinding, sharpening, and finishing of complex geometries. This wheel's unique double-conical shape allows for precise edge control, reduced grinding forces, and superior surface quality, making it ideal for high-accuracy tool grinding, cutting-edge sharpening, and mold and die applications.

Constructed using diamond or cubic boron nitride (CBN) abrasives, the 14EE1 wheel offers exceptional form retention, extended tool life, and efficient heat dissipation, making it a preferred choice for CNC grinding machines, automated sharpening systems, and high-performance industrial machining.

Key Features & Benefits

• Double-Sided Conical Profile for Precision Grinding

  • The conical shape on both sides enables high-accuracy contouring and edge finishing, reducing material stress.
  • Allows for fine profile grinding and shaping of intricate geometries in cutting tools and mold components.

• Superior Abrasive Efficiency & Long Tool Life

  • Available in diamond and CBN compositions, ensuring sharp cutting performance and minimal wear.
  • Self-sharpening abrasive structure maintains grinding performance over extended periods.

• Optimized Heat Dissipation & Workpiece Protection

  • The profile enhances coolant flow, preventing overheating, burns, and microcracks.
  • Ensures stable thermal performance, maintaining workpiece integrity.

• High Form Retention & Minimal Dressing Requirements

  • Advanced bonding technology maintains profile accuracy over prolonged use.
  • Reduces the need for frequent dressing, improving operational efficiency.

• Versatile Applications for Various Industries

  • Used in cutting tool manufacturing, aerospace precision grinding, mold and die finishing, and optical component processing.

Material Compatibility

The 14EE1 grinding wheel is optimized for high-precision machining of ultra-hard materials, ensuring consistent quality and efficiency.

Diamond Bond (for Non-Ferrous & Hard Non-Metallic Materials)

• Tungsten carbide cutting tools and wear-resistant components
• Advanced ceramics (Alumina, Zirconia, Silicon Carbide, etc.)
• Glass and optical components
• Composites and fiber-reinforced plastics
• Semiconductor substrates (silicon wafers, quartz, sapphire, etc.)

CBN Bond (for Ferrous Materials & Hardened Steels)

• High-speed steel (HSS) and tool steels
• Powder metallurgy components
• Superalloys (Inconel, cobalt-based alloys, titanium alloys, hardened stainless steel)
• Hardened cast iron and precision-engineered steel alloys

Applications

• Profile Grinding & Edge Contouring

  • Used in precision contour grinding of tools and industrial components.
  • Ideal for forming cutting tool geometries and producing intricate profiles in aerospace and mold industries.

• Cutting Tool Grinding & Sharpening

  • Designed for resharpening and forming carbide and HSS cutting tools, such as drills, end mills, and inserts.
  • Ensures sharp, well-defined cutting edges for enhanced tool performance.

• Surface Grinding & Fine Finishing

  • Produces high-precision surfaces with minimal stress and heat-induced deformation.
  • Ensures tight tolerances in high-performance aerospace and automotive components.

• Mold & Die Manufacturing

  • Suitable for precision finishing of mold cavities, punch dies, and forming tools.
  • Maintains consistent profile accuracy for extended production cycles.

• Glass, Optical & Semiconductor Component Processing

  • Used for high-precision optical grinding of lenses, semiconductor wafers, and other delicate materials.
  • Provides chip-free, ultra-smooth surface finishes.

Available Bond Types & Their Applications

• Resin Bond

  • Best for fine grinding, finishing, and tool sharpening applications.
  • Provides self-sharpening properties, reducing grinding forces and improving efficiency.

• Metal Bond

  • Highly durable and wear-resistant, ideal for profile retention and high-stock removal applications.
  • Used for grinding carbide, ceramics, and glass in demanding environments.

• Vitrified Bond

  • Offers high porosity for improved coolant penetration, preventing heat buildup and ensuring stable grinding performance.
  • Preferred for cylindrical and surface grinding of hardened steels and superalloys.

• Electroplated Bond

  • Provides maximum abrasive exposure, making it suitable for high-speed precision grinding and intricate profile shaping.
  • Ideal for one-off tool production and specialized grinding applications.

Recommended Operating Parameters

• Grinding Speed – Typically 20–35 m/s, depending on bond type and workpiece material.
• Coolant Use – Strongly recommended (oil-based for carbide tool grinding, water-based for glass and ceramics) to enhance cooling and extend wheel life.
• Feed Rate – Adjusted to maintain high-precision, low-damage material removal.
• Dressing Requirements – Minimal dressing needed, thanks to the self-sharpening superabrasive structure.

Conclusion

The 14EE1 flat grinding wheel with a double-sided conical profile is a high-performance, precision-engineered tool designed for profile grinding, tool sharpening, and surface finishing. Its double-conical shape ensures precise edge control, extended tool life, and minimal thermal damage, making it an indispensable tool in high-precision manufacturing industries.

With its ability to achieve ultra-fine surface finishes, maintain tight tolerances, and deliver high-efficiency grinding, the 14EE1 wheel is the preferred choice for professionals in tool manufacturing, aerospace, automotive, mold & die, and semiconductor industries.