Used VIGERT ETC3650DN Steady CNC Lathe With OI-TD For Sale

ETC3650DN Steady CNC Lathe

A ETC3650DN Steady CNC Lathe (Computer Numerical Control lathe) is a machine tool that uses computerized controls to automate and control the turning process. Turning is a machining operation that involves rotating a workpiece while a cutting tool removes material from the workpiece’s surface to create a cylindrical shape. CNC lathes are widely used in manufacturing for their precision, automation capabilities, and ability to produce complex parts.

Here’s how a ETC3650DN Steady CNC Lathe works and some key features:

1. Automation: In a traditional manual lathe, an operator manually adjusts the cutting tools and feeds to shape the workpiece. In a ETC3650DN Steady CNC Lathe, the entire process is automated. The CNC control system reads a computer-generated program that specifies the tool paths, cutting depths, and other parameters.
2. Computer Control: ETC3650DN Steady CNC Lathes are controlled by computer programs, also known as G-code. These programs are created using computer-aided design (CAD) and computer-aided manufacturing (CAM) software. The G-code instructions guide the machine’s movements, speeds, and feed rates.
3. 축 운동: CNC lathes have multiple axes of movement, typically including the X-axis (longitudinal movement), Z-axis (axial movement), and often additional axes for more complex operations. Some lathes also have live tooling capabilities, allowing for milling, drilling, and other operations in addition to turning.
4. 압형: CNC lathes use various types of tooling, including turning tools, boring bars, threading tools, and grooving tools. These tools are mounted on tool holders and are automatically positioned and controlled by the machine during operation.
5. Chucking and Workholding: Workpieces are held in place by chucks, collets, or other workholding devices. These fixtures securely grip the workpiece and allow it to rotate while the cutting tools shape it.
6. Automatic Tool Changes: Many CNC lathes have automatic tool changers (ATCs) that allow the machine to change tools without manual intervention. This capability enables the lathe to perform complex operations without stopping to change tools.
7. Precision and Repetition: CNC lathes offer high precision and the ability to produce identical parts with consistent quality. They are ideal for producing large quantities of parts that require tight tolerances.
8. Complex Geometries: CNC lathes can create intricate geometries, including threads, tapers, contours, and more. This makes them suitable for producing a wide range of parts, from simple shafts to complex aerospace components.