Torno CNC
Parámetros Básicos
configuración estándar
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| Proyecto | Unidad | CK6150-3000 |
| Diámetro máximo de rotación en el cuerpo del torno | mm | 500 |
| Diámetro máximo de rotación en la cama del carro | mm | 270 |
| Distancia entre guías | mm | 400 |
| Longitud de procesamiento efectiva | mm | 2850 |
| Recorrido máximo X | mm | 280 |
| Recorrido máximo Z | mm | 3000 |
| Rango de velocidad del husillo | r/min | 45-1600/1200 (tres velocidades) |
| Diámetro del orificio pasante del husillo | mm | Φ82/Φ105 |
| Cono del husillo | Métrico | Métrico 90 (1:20) |
| Modelo de extremo del husillo | A2-8 | |
| Altura del centro del husillo al plano de la cama | mm | 255 |
| Recorrido máximo del cilindro del contrapunto | mm | 150 |
| Diámetro del cilindro del contrapunto | mm | 75 |
| Conicidad del orificio cónico del cilindro del contrapunto | Morse número 5 | |
| Velocidad de movimiento rápido (ejes X/Z) | m/min | ≥6/8 |
| Rango de roscado (roscas métricas) | mm | 0.2～30 |
| Precisión de reposicionamiento (ejes X/Z) | mm | 0.007～0.01 |
| Precisión de procesamiento | IT6～IT7 | |
| Rugosidad de procesamiento | Ra1.6 | |
| Máxima carga de piezas de eje | kg | 500 |
| Máxima carga de piezas de disco | kg | 300 |
| Dimensiones externas: largo × ancho × alto | mm | 4500×1700×1800 |
| Peso de la máquina (aprox.) | kg | 3500 |
Configuración estándar The GSK CNC control system is renowned for its stability, ease of operation, and excellent cost performance. It is widely used in CNC lathes, vertical machining centers, and other CNC machine tools. The system supports high-speed, high-precision machining with fast program execution, accurate interpolation, and reliable operation, significantly improving machining efficiency and ensuring consistent product quality. Its user-friendly Chinese interface is easy to learn, while low maintenance costs, readily available spare parts, and comprehensive after-sales service make it a trusted CNC control solution for industries such as metal processing, mold manufacturing, automotive components, and precision machining. The 3-jaw self-centering chuck features a synchronized clamping mechanism that automatically centers the workpiece quickly and accurately, providing stable and reliable gripping while improving clamping efficiency and machining accuracy. Its uniform clamping force makes it ideal for high-precision machining of round, hexagonal, and other regular-shaped workpieces, reducing setup errors and ensuring consistent machining quality. Built with a robust and durable structure, it is easy to operate and allows fast workpiece changes. It is widely used in CNC lathes, conventional lathes, and automated production lines, making it an ideal workholding solution for metal processing, automotive components, shafts, and flange machining. The 4-station electric tool post features a high-precision indexing mechanism that enables fast and accurate automatic tool changes, significantly reducing non-cutting time and improving production efficiency. It offers excellent indexing accuracy and repeatability, ensuring consistent and reliable machining during continuous operation. With its compact structure and high rigidity, it is suitable for a wide range of turning operations, including external turning, facing, grooving, and threading. Easy to operate and maintain, it is widely used in CNC lathes and automated machining equipment, making it an ideal solution for improving machining efficiency and precision. The manual tailstock is designed with a high-rigidity structure to provide stable and reliable support for long shafts and slender workpieces, effectively reducing vibration while improving machining accuracy and surface finish. Its simple, durable design ensures easy operation, low maintenance costs, and reliable long-term performance. Compared with a hydraulic tailstock, the manual tailstock offers a more affordable price, easier maintenance, and lower operating costs, making it an ideal choice for CNC lathes that prioritize excellent value for money. It is widely used in mechanical manufacturing, automotive components, shaft machining, pipe processing, and other metalworking applications.
Sistema de control
Mandril de tres garras
Portaherramientas eléctrico de cuatro estaciones
Cola manual
Puedes elegir el sistema de control que necesitas según tus demandas de producción
Puedes elegir las herramientas adecuadas según tus necesidades
Puedes elegir el soporte trasero que necesites según tus requerimientos de producción.
You can choose the chuck you need according to your production requirements.
Los tornos CNC se utilizan principalmente para procesar piezas de metal, y pueden procesar algunas piezas de eje y disco
Partes Procesables
FULU CNC opera una instalación de fabricación moderna con equipos de producción avanzados, líneas de ensamblaje profesionales y un estricto sistema de control de calidad. Cada máquina CNC pasa por un mecanizado de precisión, un ensamblaje cuidadoso, una inspección de precisión y pruebas de rendimiento exhaustivas antes de la entrega. Nuestro compromiso con la calidad, la fiabilidad y la innovación continua nos permite proporcionar soluciones de máquinas CNC de alto rendimiento que satisfacen las diversas necesidades de los clientes en todo el mundo.
