Internal processing
Internal Diamond Burnishing Tools are designed to produce high-quality, low micron burnished finishes in cylindrical, conical, chamfer, through and blind bores. They are suitable for both large and small diameters, making them ideal for wide range of applications. Come in multiple designs that can be used on most turning machines whether manual, CNC or Swiss-type machines. The set-up and operation of Diamond Burnishing Tools are very simple, requiring no special operator skills. Can be used on interrupted surfaces, such as shafts with keyways or flanges with bolt holes. These tools can be used with various types of coolants, emulsion or oil, providing necessary lubrication is important. The Internal Diamond Burnishing Tools are the perfect solution for achieving high-quality surface, low micron burnished finishes in a variety of cylindrical, conical, through, and even blind,bores. With their versatile design, they can be used on both large and small bore diameters, making them suitable for a wide range of applications. Whether you are using a manual, CNC, or Swiss-type turning machine, these tools can be easily set up and operated without requiring any special skills from the operator. One of the key advantages of these Diamond Burnishing Tools is their ability to work on interrupted surfaces, such as shafts with keyways or flanges with bolt holes. This means that you can achieve a smooth and polished finish even on complex workpieces. Additionally, these tools are compatible with various types of coolants, including emulsion or oil, as long as proper lubrication is ensured.
The Internal Diamond Burnishing Tools are designed with precision and durability in mind, ensuring long-lasting performance and consistent results. Whether you are in the automotive, aerospace, or any other industry that requires high-quality finishes, these tools are a reliable choice. Improve your productivity and enhance the overall quality of your products with these efficient and user-friendly Diamond Burnishing Tools.
