The solid carbide end mill is a commonly used cutting tool, characterized by its end mill design and construction from hard alloy materials. Below is an to the main features and structure of this end mill:

Materials: Solid carbide end mills are typically made from hard alloy materials with high hardness and high strength, offering excellent wear resistance and cutting performance.

End Mill Design: The structure of the end mill is designed for cutting operations in the vertical direction (Z-axis), allowing for vertical machining of thepiece surface. It is commonly used in processes such as slotting and side milling.

Structure: The body of a solid carbide end mill is usually monolithic, providing stable rigidity and cutting accuracy, suitable for high-speed and milling.

Wear resistance: The tungsten carbide material makes the solid tungsten carbide end mill have good wear resistance, which can maintain cutting performance extend service life.

Scope of application:

Mould manufacturing: Solid carbide end mills are commonly used in the field of mould manufacturing, for processing grooves, recesses and other structures the surface of the mould, and are widely used in cavity processing.

Automobile Manufacturing: Suitable for vertical milling operations in automobile manufacturing, such as processing of body structures and engine components, including body structure and engine cylinder processing.

Mechanical machining: Solid carbide end mills are also suitable for milling various mechanical parts in the manufacturing industry, such as bearing seats, connecting plates etc.

Precision parts machining: Used for milling operations on precision parts such as instruments and optical elements, ensuring machining accuracy and surface quality.