An end mill that can process at 2 to 3 times the speed of conventional end mills due to the Venturi effect.
The world's first small-diameter carbide end mill adopting the Venturi theory (patent pending). When the flow rate is constant, the coolant accelerates in velocity due to the Venturi effect created by the difference in cross-sectional area at the ring outlet after passing through the coolant hole, accurately reaching the cutting edge. By accurately reaching the cutting edge, the coolant significantly lowers the cutting edge temperature, reducing cutting resistance by 20-50%, and is particularly effective for machining difficult-to-cut materials.
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basic information
DIXI7442 COOL+ 2-blade specification, blade diameter Φ0.3mm and above, C-TOP coating DIXI7443 COOL+ 3-blade specification, blade diameter Φ0.3mm and above, C-TOP coating
Price range
P2
Delivery Time
Applications/Examples of results
Work: SUS316 Ti-6Al-4V Tool Used: DIXI 7442 COOL+ C-TOP φ1.0 DIXI 7443 COOL+ C-TOP φ3.0 Processing Details: Groove machining ap=1mm (1D) Wall machining ap=6mm (2D), ae=2.5mm (0.83D) Cutting Conditions: S=15,000min-1, F=300mm/min S=10,000min-1, F=900mm/min Coolant: Emulsion 6MPa Emulsion 1.5MPa
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Company information
1. We will comply with laws and regulations and conduct management with consideration for the environment. 2. We will create a company that respects individuals and allows all employees to feel a sense of fulfillment. 3. We aim to enhance the quality of our employees, products, technology, and services to realize a superior company. 4. We will cultivate highly creative talent through employee education and self-development. 5. Our goal is to improve the welfare of our employees alongside the development of the company.
![[Processing Example] Groove Machining of 55HRC High Hardness Material (Intermittent Cutting)](https://image.mono.ipros.com/public/product/image/b0e/2001180860/IPROS76932199535389336773.png?w=280&h=280)
