High Precision Turning technology
High precision turning technology is a machining technology for the production of high precision parts. This technology utilizes tiny high-speed spindles, high-precision mass-production machines, up-to-date lapping equipment, high speed machining tools and tight tooling systems. The use of high precision turning enables manufacturers to achieve high precision and repeatable results, with tight tolerances and excellent surface finishes. High precision turning is common in automotive industry and aerospace manufacturing, as well as in medical prosthetics manufacturing.
High precision turning technology can be used to create various shapes, such as shafts, axles, pins, and collars. High precision turning can also be used for complex workpieces with intricate shapes and contours. Since high precision turning technology utilizes high precision tools and machinery, it can be used to produce components with high level of accuracy and repeatability. The hole centring and the overall accuracy of the component depends on the quality of the tools and machinery used. High precision tools and machinery can achieve higher diameter tolerance, than the usual machinery and tools used for automotive or aerospace manufacturing.
Due to the high precision of the machinery and tools used, high precision turning technology can be used to make components with complex features, such as multiple internal and external features. This kind of technology enables manufacturers to produce components with a high degree of accuracy and repeatability. It also helps to reduce the amount of time and manual labor needed to complete the task. The precision and accuracy of high precision turning processes make them ideal for high accuracy components and parts.
Moreover, high precision turning technology can be used to produce components with minimal surface imperfections. The combination of the precise tools and machinery used in high precision turning processes allows for the elimination of most manufacturing imperfections such as burrs and nicks. This helps to optimize the overall component quality and minimize post-process finishing processes.
To further ensure high accuracy and repeatability, these machines are regularly calibrated to guarantee high process reliability. Moreover, software systems have been developed to enable the machines to be programmed for a more complex machining work. This eliminates the need of manual calculations and reduces the chance of errors.
In conclusion, high precision turning technology is a machining technology used to create high precision components in high volume production. It utilizes specific tools and machinery to achieve a high degree of accuracy, repeatability, and minimal surface imperfections. This technology is commonly used in the aerospace and automobile industries, as well as in medical prosthetics manufacturing. High precision turning technology helps to reduce the need of manual labor, as well as the time and resources needed to complete the task. It also has been proven to deliver very high quality components with high tolerance and repeatability.
