Machining Graphite with Machine Tool S-640V

X/Y/ZTravel: 600×400×420mm

TableDimensions: 700×400mm

Max.TableLoad: 300Kg

SpindleFacetoWorktableHeight: 170—590mm

PositioningAccuracy: ±0.005/300mm

Repeatability: ±0.003/300mm

ToolCapacity: 24

SpindleSpeed: 15000－40000Rpm

MovingSpeed: 32m-48m/min

CuttingSpeed: 10m-20m/min

ToolChangeTime: 2seconds

Dimensions(L/W/H): 2350×2300×2650mm

MachineToolWeight: 4000Kg

ControlMethod: Fullyclosed-loopcontrol

If necessary, please contact me  WhatsAPP：8613510109008,

Email：sales@ssjjcnc.ru.

Machining Graphite with Machine Tools is an advanced process designed to achieve high-precision and efficient machining of graphite materials using CNC machine tools and other specialized equipment. Graphite, known for its unique properties such as high thermal conductivity, low friction, and excellent electrical conductivity, requires specialized techniques to ensure precise cuts, complex geometries, and smooth surface finishes. This process is widely used in industries like aerospace, electronics, automotive, and mold making, where precise graphite components are essential for applications such as EDM electrodes, molds, and custom tooling.

Machining graphite with machine tools involves using CNC mills, lathes, and grinders equipped with high-speed spindles and diamond-coated tools that are capable of handling graphite's abrasive nature. The process requires careful attention to dust control, tool wear, and cutting parameters to achieve optimal results. With machine tools, manufacturers can produce high-quality graphite parts with tight tolerances and intricate details, ideal for high-performance applications.

Key Features of Machining Graphite with Machine Tools:

1. Precision Machining: CNC machining of graphite ensures highly accurate cuts and shapes, making it perfect for producing graphite electrodes, molds, and custom components with tight tolerances.

2. 2.Specialized Tools: The process uses diamond-coated tools and high-speed spindles designed specifically for graphite machining, ensuring optimal performance and longevity even when working with abrasive materials.

3. 3.Complex Geometries: Machine tools allow for the production of complex geometries and fine details in graphite parts, which are essential for EDM processes, tooling, and aerospace applications.

4. 4.Efficient Dust Management: Specialized dust collection systems are integrated to capture the fine graphite dust produced during machining, ensuring a clean and safe work environment while extending the life of the machine tools.

5. 5.Material Versatility: Graphite machining is compatible with a variety of graphite grades, including fine-grain graphite, isostatic graphite, and extruded graphite, making it suitable for a wide range of industrial applications.

6. 6.Long-Term Durability: Machine tools for graphite are built to withstand the wear and tear associated with machining abrasive materials, ensuring long-term durability and minimal maintenance.

Applications of Machining Graphite with Machine Tools:

7.EDM Electrodes: High-precision graphite electrodes are critical for Electrical Discharge Machining (EDM) in manufacturing molds, dies, and custom parts.

8.Custom Tooling: Graphite is often used for producing custom tooling components that require high strength, conductivity, and heat resistance.

9.Mold Making: Graphite molds are widely used in industries like casting, metalworking, and plastic molding due to graphite's excellent thermal properties and ability to withstand high temperatures.

10.Aerospace and Automotive: Graphite components in these sectors are used for thermal management, seals, and electrical components, requiring precise machining to ensure functionality and reliability.

Machining Graphite with Machine Tools provides manufacturers with the ability to produce high-precision graphite parts with minimal waste and maximum efficiency. Whether for EDM electrode production, tooling, or mold making, machining graphite with specialized machine tools ensures top-quality results that meet the most demanding industrial requirements.