Hole machining tool
One is the tool that processes holes from solid materials, and the other is the tool that reprocesses the existing holes on the workpiece.
Commonly used drill bits mainly include fried dough twist drill, flat drill, center drill, deep hole drill and nesting drill. Although reamers and spot facers cannot drill on solid materials, they are also customarily classified as drills.
The drill is a versatile tool designed to make holes in solid materials, whether they are through holes or blind holes. In addition, it can also be used to enlarge or clean up existing holes by reaming them.
According to the use of reamers, there are hand reamers and machine reamers. Machine reamers can be divided into straight shank reamers and taper shank reamers. The hand is straight handle type. Reamers can be divided into many kinds according to different purposes, so there are many standards about reamers.
The primary purpose of using reamers is to enhance the machining accuracy and reduce surface roughness of holes in workpieces that have already been drilled or reamed. These tools are essential for precision and semi-precision machining, and are used to make small allowances for machining holes. Reamers are crucial for machining operations that require very tight tolerances and smooth finishes. By using these tools, the holes can be made with high precision, ensuring that they meet the required specifications and standards.
Thread cutter
There are many forms of parts that require thread cutters for processing threads on the surface. To process threads, various methods and thread tools can be used depending on the variety, accuracy, and production batch of the threads. It's important to choose the appropriate tools for efficient and effective thread processing.
Thread cutters can be classified into two types based on the machining methods employed - cutting method and rolling method.
Thread cutting tools: thread turning tools, taps, dies, thread milling tools, and thread cutting heads with automatic opening and closing.
Thread rolling is a process that utilizes thread rolling tools such as thread rolling wheels and plates. These tools are used to reshape metal pieces into a threaded form. Thread rolling wheels and plates are commonly used to create threads on screws, bolts, and other types of fasteners. The use of thread rolling tools can produce stronger and more precise threads than traditional cutting methods. Both thread rolling wheels and plates are essential for the manufacture of high-quality threaded components.
Gear cutter
Gear cutter refers to the cutter for machining gear tooth profile. According to the type of gear to be processed, it can be divided into the following two types:
1、Involute gear cutter
There are various cutting tools available for processing cylindrical gears, including a range of gear milling cutters, broaches, hobs, gear shaper cutters, and shaving cutters. These cutting tools enable the efficient and precise manufacture of high-quality gears for a range of different applications. Depending on the specific requirements of the gear being produced, different cutting tools may be used at different stages of the manufacturing process, with each tool designed to perform a specific function and produce a particular type of gear. Despite the various differences between these cutting tools, they all share the common goal of achieving accurate and reliable gear production.
Worm gear cutting tools: such as worm gear hob, flying knife, worm gear razor, etc.
Tools used for the machining of bevel gears include gear planers and bevel gear milling cutter heads. These specialized tools are designed to effectively and efficiently shape the gear teeth of bevel gears. The gear planer is a cutting tool that utilizes a series of blades to carve the gear teeth into the gear material. Similarly, the bevel gear milling cutter head allows for precision cuts to be made in the gear teeth. Both tools are essential in the manufacturing of highly precise bevel gears.
2、Non involute tooth cutter：
A variety of gear cutting tools are available to machine gears with precision. Several common tools include the cycloid gear cutter, spline hob, and sprocket hob. These tools are perfect for manufacturing gears with specific shapes and sizes, and are often used in the production of machinery parts. Each tool is designed to carve out grooves and ridges on surface material in order to create a finished gear component. They are important tools in the manufacturing industry and have contributed to the production of high-quality machine parts.
Automatic line and NC machine tool
CNC tools have formed three major systems: turning tool system, drilling tool system and boring and milling tool system.
1. Turning tools are essential for several machining operations, such as excircle turning, inner hole turning, external threading, internal threading, grooving, end cutting, end cutting of ring grooves, and cutting. These tools are designed for precision and accuracy and can be used in a variety of materials to achieve the desired outcome. Each turning tool has its unique features that cater to different applications, making them versatile and useful tools for machinists and manufacturers.
2、Drilling tools: small holes, short holes, deep holes, tapping, reaming, etc.
Boring tools are a crucial part of the manufacturing industry and can be divided into two main categories: rough boring tools and fine boring tools. These tools are used for the creation of cylindrical holes in various materials such as metal, wood, and plastic. They are highly specialized and designed to produce accurate and precise results, making them a popular choice for numerous industrial applications. The rough boring tools are used for the initial creation of the hole while the fine boring tools are used for precision work and to ensure that the hole meets specific requirements. The quality of boring tools can determine the efficiency and effectiveness of the overall manufacturing process, highlighting the importance of selecting the right tool for the job.
4、Milling tools: face milling, vertical milling, three face edge milling and other tools.