Flute Grinding Wheels for Cutting Tool Manufacturing

Flute Grinding Wheels for Cutting Tool Manufacturing

Flute grinding is a high-depth, form-generating grinding process that operates at high speeds and removes material at rates comparable to machining. In such demanding operations, parameters such as depth of cut, width of cut, form accuracy, and surface finish play a critical role in determining cutting tool performance.

CUMI flute grinding wheels are specially engineered to meet these requirements in cutting tool manufacturing. Manufactured using high-density, near-zero porosity resin-bonded structures, these wheels deliver exceptional form retention and dimensional accuracy during flute generation. The combination of peripheral and surface grinding action ensures consistent flute geometry with a fine surface finish across production runs.

Designed for high-speed grinding environments, these wheels maintain stability and precision even under aggressive material removal conditions. The advanced grain and bond technology reflects CUMI’s long-standing expertise in tool grinding applications, making these flute grinding wheels a reliable choice for producing high-quality cutting tools with repeatable performance.

Key Features & Benefits 

Flute Grinding Wheels—Cutting Tool Applications

• High-density resin-bonded wheel structure → Maintains near-zero porosity → Ensures precise flute form generation and dimensional stability
  
• Special phenolic resin bond system → Enhances strength and form retention → Delivers consistent flute profiles during high-speed grinding
  
• Specially treated aluminium oxide grains → Provide controlled cutting action → Achieve efficient material removal with fine surface finish
  
• Micro-crystalline grain composition → Supports sharp, long-lasting cutting edges → Improves grinding consistency over extended cycles
  
• Optimized for peripheral and surface grinding → Supports complex flute geometry generation → Enables accurate cutting tool manufacture
  
• Unique CUMI manufacturing process → Ensures uniform wheel density and structure → Improves repeatability and tool quality