Eigenschaften

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Anwendungen

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Arbeitsmaterialien

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SDF-N Series 4-Flute Radius End Mill for Superalloys and Titanium Alloys

Overall Design Features

1. Unique Cutting Edge Geometry Design：Unique cutting edge geometry design specifically tailored for machining superalloys, titanium alloys, and other difficult-to-machine materials, ensuring efficient cutting performance and long tool life.
2. Advanced PT Coating Process：Advanced PT coating process significantly enhances tool wear resistance and anti-adhesion properties, extending tool life and improving workpiece surface finish.
3. High-Quality Fine-Grain Micro-Particle Solid Carbide Material：Manufactured from high-quality fine-grain micro-particle solid carbide material, ensuring high hardness and toughness, providing stable performance under extreme conditions.
4. Precision Ground on Advanced German WALTER Five-Axis Grinders：Precision ground on advanced German WALTER five-axis grinders, ensuring geometric accuracy and surface quality, guaranteeing consistent performance and tight tolerances.
5. Inspected Using German ZOLLER Measuring Equipment：Inspected using German ZOLLER measuring equipment, ensuring high and stable tool quality.

Suitable Milling Methods

1. Side Milling and Contour Milling：Particularly suitable for side milling and contour milling, capable of accurately machining complex 3D surfaces and side walls, ensuring surface finish and precision.
2. Slot Milling：Can also be used for slot milling, suitable for deep and narrow slots, ensuring good chip evacuation and stable cutting performance.
3. High-Efficiency Milling：Ideal for high-efficiency milling, especially in the machining of complex parts requiring high precision and stability, significantly improving production efficiency.

Application Scenarios

1. Aerospace Industry：Widely used in the aerospace industry for machining aircraft engine components, structural parts, and other superalloy and titanium alloy materials.
2. Formenbau：Used in mold manufacturing for machining high-precision molds, ensuring surface quality and dimensional accuracy.
3. Medical Device Manufacturing：Used in medical device manufacturing for machining precision medical devices, ensuring reliability and safety of the products.
4. Automotive Industry：Used in the automotive industry for machining high-performance parts such as turbocharger blades and engine blocks.
5. Energy Sector：Used in the energy sector for machining critical components of nuclear power, wind power, and other equipment, ensuring long-term stable operation of the equipment.