913502

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The 913502 Application Field and working Principle has been a topic of discussion in many fields for years. The 913502 is a precision machine tooling system specifically designed for use in mass production of small parts such as cylinders, gears, and bushings in a single production run. It is a variety of the 913502 machine, which can undertake many operations from punching to grinding and from milling to drilling, as well as other specialized operations.

Also referred to as the 913502 Production Machine, this system is ideal for applications that require very fine, exacting tolerances in parts fabrication. The 913502 can work with components ranging from very small (2 millimeters) to very large (100 millimeters). The system is designed to make more complex parts with fewer operations, thus saving time and money. In addition, its flexibility allows for fast job changes and produces accurate results.

The 913502 achieves success by utilizing several key factors. First, it employs a variety of precision tooling systems, which enable accurate tolerances with rapid and versatile operation. Next, the system utilizes a spindle speed control system, a multi-axis cutting table, and an intricate X-Y coordinate system that is precise and reliable. The 913502 also uses a low-inertia cam-controlled drive system that is capable of controlling the depth, speed, and angle of cut.

Finally, the system utilizes the latest in computer numerically controlled (CNC) technology, which allows for enhanced accuracy and repeatability in the cutting operation. The CNC system also eliminates the need for manual operation, which reduces the possibility of human error. Additionally, complex programming is simplified, which further increases its capabilities. All of these features make the 913502 an efficient and highly reliable production machine.

The 913502’s work process includes several stages. First, the components to be machined are loaded into the system. Next, the machining program is inputted using the CNC controller, and the system is then activated to begin the machining process. The machining operation is then completed in several stages with the cutting head moving around the component to precisely cut the desired areas. This is done until all the required areas have been cut.

Finally, the finished component is then unloaded from the 913502 and inspected to ensure that it lives up to the original specification. This inspection procedure is essential as it helps to ensure that the product meets the required standards of accuracy. Overall, the 913502 offers a cost effective and reliable way of producing small parts with accurate and precise tolerances.

In conclusion, the 913502 Application Field and working Principle is an invaluable tool for designers and engineers. It is capable of producing small parts to exacting tolerances, quickly and accurately. Its versatility allows for rapid job changes, eliminating the need for manual operation and making it a cost effective solution for mass production of small parts. In addition, its cutting reliability and accuracy provide confidence in the quality of the parts produced, thus ensuring that the designs meet customer expectations.

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