Strung CNC de înaltă precizie DMTG 6150A folosit de vânzare

6150A High-Precision CNC lathe. A High-Precision CNC (Computer Numerical Control) Lathe is a sophisticated machine tool used for precision machining of cylindrical workpieces, primarily metals. This type of lathe is renowned for its ability to deliver exceptional accuracy and surface finish in various manufacturing applications. Here’s a description of the key features and characteristics of a High-Precision CNC Lathe:

1. Control CNC: 6150A High-Precision CNC lathe. High-Precision CNC lathe. The hallmark of a high-precision CNC lathe is its computerized numerical control system. This advanced technology allows for precise control of tool movements, spindle speed, and other machining parameters. CNC programming enables complex and highly accurate machining operations.
2. Prelucrare de precizie: 6150A High-Precision CNC lathe.High-Precision CNC lathe. The term “high-precision” underscores the machine’s capability to achieve tight tolerances and exceptional surface finishes. It is used for tasks that demand meticulous attention to detail and accuracy.
3. Construcție rigidă: 6150A High-Precision CNC lathe. High-precision CNC lathes are constructed with a rigid and durable frame to minimize vibrations and deflections during machining. This rigidity is crucial for maintaining accuracy.
4. Ax: 6150A High-Precision CNC lathe. The lathe features a spindle that rotates the workpiece. High-precision CNC lathes often come with high-speed, precision-ground spindles to ensure concentricity and minimize runout.
5. Scule: These lathes support various cutting tools and toolholders. Operators can choose the appropriate tooling based on the specific machining requirements, allowing for versatility in operations.
6. Schimbător automat de scule: Many CNC lathes are equipped with automatic tool changers (ATC) that can quickly swap out different cutting tools, reducing downtime and increasing productivity for complex machining tasks.
7. Variable Speed Control: The spindle speed is adjustable to accommodate different materials and machining processes. This flexibility allows for optimal cutting conditions and tool life.
8. Digital Readout (DRO): A DRO system displays real-time information about tool positions, aiding in precise tool control and ease of use.
9. Configurații ale axelor: CNC lathes can come in various configurations, including two-axis (X and Z), three-axis (X, Z, and C), or multi-axis setups, depending on the complexity of the machining tasks.
10. Concepător: Some CNC lathes include a tailstock for additional workpiece support and stability during machining.
11. Bar Feeder and Parts Catcher: To enhance productivity, CNC lathes may be equipped with bar feeders for continuous machining of long workpieces and parts catchers to collect finished components.
12. Sistem de răcire: Integrated coolant systems help maintain tool and workpiece temperatures during machining, contributing to tool longevity and machining quality.
13. Masuri de siguranta: Safety is a priority, so CNC lathes often incorporate emergency stop buttons, protective enclosures, and interlocks to ensure operator safety.
14. Opțiuni de personalizare: Manufacturers often offer customization options to tailor the CNC lathe to specific machining requirements, including spindle options, tooling configurations, and automation integration.