X/Y/ZTravel:1500×800×800mm

TableDimensions:1700*810mm

Max.TableLoad:1500Kg

SpindleFacetoWorktableHeight:85—885mm

PositioningAccuracy:±0.005/300mm

Repeatability:±0.003/300mm

ToolCapacity:24

SpindleSpeed:15000－20000Rpm

MovingSpeed:15m-20m/min

CuttingSpeed:10m-20m/min

ToolChangeTime:2seconds

Dimensions(L/W/H):4050×2850×3850mm

MachineToolWeight:10000Kg

ControlMethod:Fullyclosed-loopcontrol

If necessary, please contact me  WhatsAPP：8613510109008,

Email：sales@ssjjcnc.ru.

Introducing our Lathe Center for Graphite Processing, a high-precision machine designed to deliver superior performance and accuracy for machining graphite components. Ideal for industries such as electronics, automotive, aerospace, and battery manufacturing, this lathe center is perfect for shaping, turning, and finishing graphite electrodes, molds, and other complex graphite parts.

Our lathe center for graphite processing features advanced CNC technology, ensuring exceptional control and precision during machining operations. It is specifically engineered to handle the unique challenges of graphite materials, offering smooth surface finishes, tight tolerances, and minimal material waste. Whether you are producing intricate components or high-volume parts, this machine guarantees reliable, high-quality results every time.

Key Features:

1. Precision CNC control for accurate and repeatable graphite turning

2. 2.High-speed machining capabilities to boost productivity and reduce cycle times

3. 3.Durable construction for stable operation and long-lasting reliability

4. 4.Versatile tooling options, ideal for a wide range of graphite processing tasks

5. 5.User-friendly interface that simplifies setup and operation

6. 6.Low maintenance design for consistent, trouble-free performance

Maximize your machining capabilities with our Lathe Center for Graphite Processing, designed to offer the precision, efficiency, and durability needed for high-quality graphite product manufacturing. Perfect for businesses that require reliable performance and optimal results in graphite material processing.