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.

Precision Machining of Graphite is a specialized service designed for industries that require the highest level of accuracy when working with graphite materials. This advanced machining process is essential for producing graphite electrodes, molds, custom components, and other precision parts used in industries such as electronics, aerospace, automotive, and tooling. Utilizing state-of-the-art CNC machines and specialized tooling, precision graphite machining ensures tight tolerances, fine surface finishes, and high-quality results even for the most intricate designs.

Precision Machining of Graphite involves advanced techniques such as milling, turning, drilling, and engraving to shape and finish graphite materials with exacting precision. The process requires specialized equipment that can handle the unique properties of graphite, such as its brittleness, abrasiveness, and dust production. By using high-speed CNC machines with advanced control systems, the process achieves superior consistency and reliability, ensuring that every part meets stringent specifications.

Key Features of Precision Machining of Graphite:

1. High Precision and Accuracy: Precision machining of graphite ensures tight tolerances, with an ability to achieve micrometer-level accuracy, making it ideal for graphite electrodes, molds, and other detailed components.

2. 2.Advanced CNC Technology: Utilizes CNC milling and turning machines equipped with state-of-the-art control systems to deliver highly precise cuts and finishes on graphite materials.

3.