What Is The Common Classification Of Milling Cutters?

With the increasing demand for stainless steel products in enterprises, cutting tools have become the most commonly used tools in mechanical processing. As the saying goes, in order to do a good job, one must first use their tools. Choosing a good cutting tool will achieve twice the result with half the effort. The various types of cutting tools required in mechanical processing have relevant models and specifications, determining the installation method, geometric dimensions, tool angle, etc. So how to choose? How to distinguish? Milling cutters are a common material that we process. So, how are common milling cutters classified? They can be classified through the following functions:
1. According to the different tooth orientations of the cutting tools, they can be divided into straight tooth milling cutters and helical tooth milling cutters
2. According to the form of tooth back: divided into sharp tooth milling cutters and relief tooth milling cutters.
3. According to structure: divided into integral type, welded type, inlaid type, and indexable type
4. According to their usage, they are divided into cylindrical milling cutters, face milling cutters, disc milling cutters, saw blade milling cutters, vertical milling cutters, keyway milling cutters, mold milling cutters, angle milling cutters, forming milling cutters, etc.
Among many milling cutters, we often use the following types:
1. End milling cutter
There are cutting tools on both the cylindrical surface and end face of the end mill, which can be used for both analytical cutting and research cutting separately.
2. Three sided edge milling cutter
A three sided milling cutter is called a three sided cutter: the three edges have a back angle, the edge is sharp, and the cutting is light. It is a standard machine tool for cutting tools, usually used on horizontal milling machines, mainly for milling grooves and steps.
3. Face milling cutter
The cutting edge of a face milling cutter is full of the circumference and end face, and the cutting edge of the end face is a secondary cutting edge. This type of milling cutter has a larger diameter, so when selecting the cutting tool, we usually separate the tooth and body of the cutter, which can be used to produce and process flat design workpieces for enterprises.
4. Thread milling cutter
The manufacturing material of the thread milling cutter is hard alloy, with a linear speed of 80m/min, and the linear speed of the high-speed steel wire cone is 10 × 30m/min, therefore this milling cutter is suitable for high-speed cutting.
Suzhou Guanzhuan Precision Tools Co., Ltd. focuses on the research and development and manufacturing of non-standard cutting tools and non-standard milling cutters, covering various businesses such as stainless steel specialized milling cutters, forming milling cutters, thread milling cutters, tungsten steel drill bits, reamers, milling cutters, rough milling cutters, taper milling cutters, reamers, tapping, etc. It has currently advanced tool manufacturing and measurement equipment in the world, using imported and domestic high-quality materials and equipment, and introducing high-tech talents, Through strict production and manufacturing standards, rich production experience, we provide customers with high-quality products.

What Is The Common Classification Of Milling Cutters?

Milling cutters are used in a variety of industries ranging from automotive to aerospace, and they come in many different shapes and sizes. The classification of milling cutters is based on their design, shape, and materials. Below we discuss some of the common types of milling cutters.

1. End Mill

The end mill is a common type of milling cutter that is used for cutting and drilling in various materials. It has a flat bottom and is designed to remove material from the side or end of the workpiece. End mills come in many sizes, including tiny diameters for precision work and larger diameters for industrial applications.

2. Ball Nose End Mill

A ball nose end mill has a rounded tip and is used for 3D milling applications. It is often used to create complex shapes and contours and can be used to machine curved surfaces.

3. Face Milling Cutter

Face milling cutters are used for cutting flat surfaces and can remove material quickly and efficiently. They are designed to work at high speeds and can be used to create large flat surfaces.

4. Slab Mill

A slab mill is similar to a face milling cutter but is used for larger flat surfaces. It has a large diameter and can remove material quickly.

5. Fly Cutter

A fly cutter is a single-point cutting tool that is used to create a smooth surface in milling. It is often used for finishing operations and can be used on most materials.

6. T-Slot Cutter

T-slot cutters are used to create T-shaped slots in milling operations. They are often used in machining operations that require a bolt or screw to be inserted into a slot.

7. Woodruff Cutter

The Woodruff cutter is a small, cylindrical cutter that is used to make keyways in machinery. It is often used in manufacturing to create precise, small slots in metal or plastic.

8. Dovetail Cutter

Dovetail cutters are used to create dovetail slots in milling operations. They are often used in the manufacture of machine tools and other precision parts.

9. Chamfer Cutter

A chamfer cutter is used to create a beveled edge on the workpiece. It is often used to provide a finished look to the edges of a machined part.

10. Corner Rounding Cutter

Corner rounding cutters are used to round the corners of a workpiece. They are often used to create a finished look or to reduce sharp edges that could cause injury.

In conclusion, there are many different types of milling cutters that are used in various industries. The classification of milling cutters is based on their design, shape, and materials, and each type of cutter is suited to a specific type of milling operation. Whether you are working in the automotive industry or manufacturing precision parts, the right milling cutter can make all the difference in the finished product.