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Turning Insert Manufacturers

1-Abundant chip flute type design, both the cutting effect of the cutting edge and the strength of the cutting edge

2-Various types of coating effects make the blade suitable for machining steel, stainless steel, cast iron and difficult-to-machine materials 

3-·Precision over and under coolant

4-·Increased output of components and reduced cost per component



About Hangzhou Chai Cutting tools Co.,Ltd

Hangzhou Chai Cutting tools Co.,Ltd, established in 2012, is a professional Turning Insert Manufacturers and Carbide Turning Insert factory in China which engaged in the research and development, production, sale and service of various cutting tools. Our main products include CNC turning tools, milling tools, drilling tools, boring tools and many kinds of toolholders, inserts, which apply to a wide range of areas, inlcuding mold manufacturing, vehicles, wind power and nuclear power, railway and aviation industry. Chaitools has gained the ISO9001 quality management system certification and established a complete quality control procedure. After several years' hard working, the performances and indexes of our products is close to or exceeds the cutter of domestic and foreign first-level mainstream brands, and has the well applicability and economy. We also custom triangle and square 35° 55° 80° Carbide Turning Insert.

Strict Quality Management System

  • High-tech Enterprise Certificate

    High-tech Enterprise Certificate

  • R&D Certificate

    R&D Certificate

  • ISO9001 Certificate

    ISO9001 Certificate

  • Patents Certificate

    Patents Certificate

Industry knowledge

What are the different types of turning inserts available, and how do they differ?What are the benefits of using turning inserts in machining applications?

There are several types of turning inserts available, including ISO standard inserts, American standard inserts, and custom inserts. ISO standard inserts are designed according to international standards and are widely used in the industry. American standard inserts are designed according to ANSI standards and are commonly used in North America. Custom inserts are designed to meet specific requirements of a particular application. The type of insert selected depends on the application requirements, such as the material being cut, the cutting speed, and the depth of cut.
Using turning inserts can provide several benefits in machining applications, including improved accuracy and surface finish, reduced tool wear and breakage, and increased productivity and efficiency. By using the right insert for the cutting operation, the cutting forces can be properly directed and controlled, resulting in better performance and longer tool life. Additionally, using inserts can help reduce setup time and improve consistency between parts.

How do you select the right turning insert for a specific application?What are some common problems that can occur when using turning inserts, and how can they be avoided?

When selecting a turning insert for a specific application, several factors need to be considered, including the material being cut, the cutting speed, the depth of cut, and the type of machine being used. The insert geometry, coating, and grade should be selected to match the specific requirements of the application.
Some common problems that can occur when using turning inserts include poor surface finish, chipping, and premature wear. These problems can be avoided by using the correct cutting parameters, such as the appropriate cutting speed and feed rate, and ensuring that the tool and workpiece are properly secured during cutting. Using the correct coolant or lubricant can also help reduce the risk of chipping or excessive wear.

How can you extend the life of turning inserts?

To extend the life of turning inserts, it is important to use the correct cutting parameters and to ensure that the tool and workpiece are properly secured during cutting. Using the correct coolant or lubricant can also help reduce wear on the insert. Proper tool maintenance, such as cleaning the insert and holder after each use and storing the tool in a dry and cool environment, can also help extend the life of the insert.
Use the correct cutting parameters: Using the correct cutting speed, feed rate, and depth of cut for the specific application can help reduce wear on the insert and increase its lifespan.
Use the correct coolant or lubricant: Using the correct coolant or lubricant for the specific application can help reduce heat and friction, which can lead to premature wear of the insert.
Proper tool maintenance: Proper maintenance of the tool, including cleaning the insert and holder after each use and storing the tool in a dry and cool environment, can help reduce the risk of damage to the insert and prolong its lifespan.
Use high-quality inserts: Investing in high-quality inserts can provide longer tool life and improved performance compared to lower-quality options.
Use the appropriate insert geometry and grade: Selecting the appropriate insert geometry and grade for the specific application can help improve cutting performance and prolong the life of the insert.