GROB EZ10-P/A/D-260-86/103-100-211000

GROB EZ10-P/A/D-260-86/103-100-211000 is primarily a spindle unit used in CNC machining centers and high-precision manufacturing machines. Such spindles are widely employed in the machining of metals, composite materials, and other engineering materials. Its main areas of application include the automotive industry (production of engine blocks, cylinder heads, transmission parts), aerospace industry (aircraft structural components, turbine components), mold and die manufacturing, general mechanical engineering, and precision parts manufacturing. It is designed for high-speed machining, heavy-duty cutting operations, and the production of parts with complex geometries.
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GROB EZ10-P/A/D-260-86/103-100-211000 is one of Grob's high-performance, compact, and integrated spindle aggregates. This unit serves as a central drive and tool holder for CNC machines. It is typically a structure with precision bearing systems integrated with electric motors capable of high rotational speeds and high torque. Its design is optimized to ensure a stable machining process with minimal vibration, achieving high surface quality and machining accuracy. Letters like "P/A/D" might indicate different configuration options, such as the drive type, cooling system, or a specific tool interface. Integrated sensors allow for continuous monitoring of operational parameters like temperature and vibration.
  • Model/Series: EZ10 (Represents a specific Grob spindle family or compact spindle series.)
  • Configuration Code: P/A/D (Indicates specific configuration variants such as drive type, motor integration, tool interface, or cooling options.)
  • Nominal Power/Torque/Speed Parameters: Numbers like "260-86/103-100" refer to significant performance values such as power (kW), torque (Nm), or maximum rotational speed (rpm). Exact values require consulting Grob's specific data sheets.
  • Tool Interface: Typically standard tool taper interfaces like HSK (Hollow Shank Taper) or BT (according to Grob's specific adaptation).
  • Spindle Bearings: Precision bearings optimized for high rigidity and accuracy (e.g., hybrid ceramic ball bearings).
  • Cooling System: Integrated liquid cooling or air cooling system (depending on the P/A/D code).
  • Sensors: Temperature sensors, vibration sensors, and/or speed sensors may be integrated.
  • Application: High-speed milling, drilling, tapping, and heavy material removal processes.
  • Accuracy: High rotational accuracy and dynamic rigidity.
  • Dimensions/Structure: Compact and integrated design for easy integration into the machine tool.