Numerical control milling cutters include various types such as face milling cutters, end milling cutters, ball-end milling cutters, T-slot milling cutters, gear milling cutters, burr milling cutters, and gear shaping cutters.

One: Face Milling Cutter

Surface milling cutters are primarily used for flat surface machining, featuring independent multi-edge blades and handles that are reusable and can be resharpened. They are widely applied in industries such as shipbuilding, machinery, and precision instruments, capable of cutting flat surfaces, slots, grooves, and curved surfaces.

Two, End Mill

A face mill is a smaller diameter milling cutter primarily used for small area or surface machining, such as carving and hollowing. It typically consists of a small diameter rod and a blade, with the handle usually cylindrical, suitable for use on CNC milling machines and machining centers.

Ball End Mill

The ball-end mill is a type of ball-shaped milling cutter, primarily used for machining three-dimensional surfaces, arcs, and chamfers. It can be processed at various cutting depths and also offers ball-end options with different radii.

Type T Slot Milling Cutter

The T-slot milling cutter is a tool primarily used for machining T-slots, typically consisting of a cone angle milling cutter and a rounded corner milling cutter. The T-slot milling cutter can maintain high precision and surface quality during the machining process.

Five: Gear Cutting Milling Cutters

The spline milling cutter is suitable for metal cutting processes, primarily used for cutting gears and threads. The spline milling cutter features complex cutter shapes and刃 numbers, enabling efficient milling of various types of gears and threads.

Sixth: Burr Milling Cutter

A burr mill is a specialized milling cutter primarily used for burr milling operations. It can be utilized on CNC machining centers to achieve high-speed and efficient burr milling processes.

Gear Shaping Tool

Gear shaping cutters are specialized CNC milling cutters, primarily used for the shaping process in gear manufacturing. These cutters can accurately refine the tooth shape of gears, enhancing their operational stability and lifespan.

Numerous types of CNC milling cutters exist, each with its unique characteristics and application scenarios. In actual processing, selecting the appropriate milling cutter is of great significance, as it can significantly enhance processing efficiency and precision.