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Vertical Semi-automatic Lathe Technology Parameters
The vertical semi-automatic lathe is a highly integrated, automated machining center featuring sophisticated user interfaces, powerful control systems, and multiple operations such as turning, milling, grinding, and boring. It can rapidly produce complex and intricate parts with high accuracy, reliability, and repeatability.
The vertical semi-automatic lathe has a main spindle with a rotation speed of 2,000-12,000 rpm, and offers an option between a direct drive and a belt drive. It offers a cutting capability of up to 6.5 inches in diameter or a 15-inch radius. The table size is 50-250 mm, providing ample room for large scale projects.
The vertical semi-automatic lathe features a fully programmable user interface, allowing for simple operation, such as entering data, setting up parameters, and saving information for future reference. It also provides feedback and fault management capabilities, allowing the user to immediately diagnose errors, and make adjustments to the system.
The control system of the vertical semi-automatic lathe features a range of features designed to meet the needs of its users, including a linear motor for precise cutting, and a CNC system for programming and controlling the machine. The system offers a range of logic functions, allowing complex operations to be easily programmed and automatically executed. It also offers a range of safety functions, including emergency stop, power out, and machine guard interlocks.
The vertical semi-automatic lathe includes a range of accessories, such as cutting tools, fixtures, and brackets, to meet the needs of its users. It also includes a range of options, including digital readouts, and bar feed systems. It also offers customization options, such as a variety of spindle configurations to match the needs of the user.
The vertical semi-automatic lathe is an excellent choice for the production of complex and intricate parts, offering superior reliability, accuracy, and repeatability. With its flexibility, it can be quickly adjusted to accommodate different materials and designs. Additionally, its cutting speed and ability to create complex parts make it an excellent choice for many applications.
