Noisy or Vibrating Automation Line? HIWIN Linear Guide Smooth Motion Design Explained
Noisy or Vibrating Automation Line? HIWIN Linear Guide Smooth Motion Design Explained
2025-11-21
High-speed assembly lines rely on precise, quiet linear motion. Noise and vibration usually stem from poor lubrication, uneven mounting, or mismatched recirculation geometry.
HIWIN’s EG and QE series adopt low-friction return paths and optimized ball recirculators, maintaining smooth travel even at 5 m/s.
Ensure mounting surface parallelism within 0.03 mm/m and tighten bolts in sequence. Use low-viscosity synthetic grease for consistent flow.
Add end seals and scrapers to prevent dust entry in multi-station conveyors. Monitoring acceleration curves helps detect uneven lubrication before vibration increases.
Noisy or Vibrating Automation Line? HIWIN Linear Guide Smooth Motion Design Explained
Noisy or Vibrating Automation Line? HIWIN Linear Guide Smooth Motion Design Explained
High-speed assembly lines rely on precise, quiet linear motion. Noise and vibration usually stem from poor lubrication, uneven mounting, or mismatched recirculation geometry.
HIWIN’s EG and QE series adopt low-friction return paths and optimized ball recirculators, maintaining smooth travel even at 5 m/s.
Ensure mounting surface parallelism within 0.03 mm/m and tighten bolts in sequence. Use low-viscosity synthetic grease for consistent flow.
Add end seals and scrapers to prevent dust entry in multi-station conveyors. Monitoring acceleration curves helps detect uneven lubrication before vibration increases.