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End Mills×ダイジェット工業 - List of Manufacturers, Suppliers, Companies and Products

End Mills Product List

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Solid End Mill Series for Aluminum Processing

Solid End Mill Series for Aluminum Processing

A rich variety from rough to finished aluminum processing! Suppressing vibrations to achieve high-speed, high-efficiency, and high-precision machining!!

1. AL-SEE Type: A dedicated end mill featuring a blade shape optimized for aluminum alloys and non-ferrous metal processing, with a strong twist angle. Its sharp cutting edge and wide chip pocket suppress chatter, enabling stable cutting performance and high-precision machining under a wide range of conditions. 2. AL-OCR Type (for rough machining): Adopts a groove shape ideal for rough machining of aluminum alloys. It excels in chip evacuation and allows for high-efficiency processing. 3. AL-VME Type (for chamfering): By adopting a blade shape optimized for aluminum alloys and non-ferrous metal processing, it suppresses burrs on the machined surface, achieving high-quality chamfering and counterboring. 4. AL-OCHE Type (for multifunctional processing): Capable of high-efficiency drilling for a wide variety of applications with a single tool. 5. SMAL Type (Solid Modular Head): A solid modular head that can be set on the all-carbide shank arbor "Ganko Ittetsu." When combined with the carbide shank, it exhibits performance comparable to solid tools.

  • Milling
  • End Mills

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Heat-resistant alloy end mill series

Heat-resistant alloy end mill series

Ideal for titanium and heat-resistant alloy processing related to aircraft!

1. Low-resistance, multi-flute solid square end mill DV-SCMS type that can process heat-resistant alloys at high speed and high efficiency. 2. Radius end mill DV-OCSAR type that suppresses chatter and achieves high-speed, high-efficiency processing of heat-resistant alloys and titanium alloys widely used in the aerospace industry.

  • Milling
  • End Mills

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[Processing Example] Consolidation of rough machining and finishing machining of aluminum.

[Processing Example] Consolidation of rough machining and finishing machining of aluminum.

Achieving machining accuracy comparable to solid! Introducing examples of tool consolidation.

We would like to introduce a case where rough machining and finishing of aluminum were consolidated using our "Aero Chipper Mini." The customer was using two types of tools: a TA tool for rough machining and a solid end mill for finishing, and they wanted to reduce the cost of the solid end mill. Therefore, we achieved both rough and finishing machining with our product, consolidating the tools. We also achieved machining accuracy comparable to that of a solid end mill in the finishing process. [Case Overview (Partial)] ■ Workpiece: Shaft component ■ Material: Aluminum alloy (A5052) ■ Challenges - Using two types of tools: TA tool for rough machining and solid end mill for finishing - Wanting to reduce the cost of the solid end mill *For more details, please refer to the related links or feel free to contact us.

  • Other cutting tools

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[Processing Example] Improved chip trouble in end mill counterboring operations.

[Processing Example] Improved chip trouble in end mill counterboring operations.

Reduced wear and improved lifespan! A case study of significant cost reduction in processing through automation and TA transformation.

We would like to introduce a case where we improved the chip trouble during the counterboring process of end mills using our "TA Taira Drill." The customer's challenges included the fact that during the counterboring process with end mills, chips were not being separated and were wrapping around the main body, which required manual operation to check the chips. Additionally, they were using solid end mills, which incurred high costs. By using our product for counterboring on inclined surfaces, we addressed these issues. By implementing step processing, we were able to separate the chips, achieve unmanned operation, and reduce tool costs. [Case Summary (Partial)] ■ Workpiece: Machine parts ■ Material: Pre-hardened steel ■ Challenges - Chips were not being separated and were wrapping around the main body during the counterboring process with end mills. - Manual operation was required to check the chips. - Using solid end mills for counterboring on inclined surfaces incurred high costs. *For more details, please refer to the related links or feel free to contact us.

  • drill

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