Robotic Configuration:

  • High-precision robotic arms with programmable grinding paths to accommodate complex leg designs.
  • Integration with CNC systems for seamless operation and control.
  • Safety enclosures with dust and noise reduction features.

Process Integration:

  • Automated grinding of dining table legs to remove weld seams, casting marks, or surface irregularities.
  • Preparation of surfaces for polishing, painting, or coating processes.
  • Real-time monitoring and adjustment of grinding parameters for optimal results.

Key Benefits:

  • Improved surface quality and uniformity of dining table legs.
  • Increased production throughput and consistency.
  • Reduced manual labor and associated costs.

Applications:

  • Dining table legs made from wood, metal, or composite materials in various styles and designs.

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