
Saw blade for double end milling
The introduction of the German professional production of complete sets of equipment, the use of Luxembourg carbide and German steel and other high-quality materials.
Classification:
TYPE VI | ||||||||
Product code | Outer diameter | tooth width | Saw body thickness | inner hole | Number of teeth | cutting angle | Tooth type | Positioning hole |
ID | D(mm) | B(mm) | B (mm) | D (mm) | Z | Α | T-type | Positioning hole |
W1103A01 | 180 | 3.2 | 2.2 | 65 | 48 | 10 | P | 6/6.5/90, countersunk clockwise |
W1103A02 | 180 | 3.2 | 2.2 | 65 | 48 | 10 | P | 6/6.5/90, countersunk counterclockwise |
W2093A01 | 254 | 4 | 3 | 50 | 80 | 15 | XZPXY | 6/8/150, countersunk clockwise |
W2093A02 | 254 | 4 | 3 | 50 | 80 | 15 | XZPXY | 6/8/150, countersunk counterclockwise |
Saw Blade for Double - End Milling: Precision and Efficiency Combined
The saw blade designed for double - end milling is a highly specialized cutting tool that offers unique advantages in the machining world.
This saw blade is engineered with precision in mind. It is typically made from high - grade materials such as carbide or high - speed steel. The use of these materials ensures that the blade can endure the demanding conditions of double - end milling operations. Carbide - tipped blades, for example, are known for their extreme hardness and wear - resistance, allowing for long - lasting performance even when dealing with tough materials.
The teeth on the saw blade are carefully crafted. They are arranged in a pattern that is optimized for double - end milling. This pattern enables the blade to make accurate and efficient cuts from both ends simultaneously. The teeth are sharpened to a fine point, which helps in slicing through the workpiece cleanly. Moreover, the tooth geometry is designed to minimize cutting forces, reducing the stress on the milling machine and improving the overall stability of the operation.
The blade has a specific thickness and diameter that are tailored to fit different double - end milling machines. This ensures proper installation and compatibility, allowing the blade to rotate smoothly during the milling process. Its diameter affects the cutting depth and the amount of material that can be removed in a single pass, while the thickness contributes to the blade’s strength and rigidity.
In addition, the saw blade for double - end milling often has features for efficient chip evacuation. As the blade cuts, it generates chips that need to be removed quickly to prevent clogging. Special grooves or channels on the blade facilitate the easy removal of these chips, ensuring continuous and uninterrupted cutting.
Overall, this saw blade is an essential component for double - end milling operations, providing high - precision cutting, long - term durability, and efficient performance.
Key words:
Saw blade for double end milling
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