Mobile Phone Camera Fixture Cleaning Line 40KHZ Automatic Ultrasonic Cleaning Machine 100KW

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July 22, 2025
Category Connection: Instrument Ultrasonic Cleaner
Brief: Discover the Mobile Phone Camera Fixture Cleaning Line, a 40KHZ Automatic Ultrasonic Cleaning Machine with 100KW power. This advanced system ensures precision cleaning, hot air drying, and vacuum drying for mobile phone camera module fixtures, achieving 99.95% impurity removal and 0.05μm cleanliness. Perfect for high-precision production needs.
Related Product Features:
  • 40KHZ ultrasonic cleaning ensures 99.95% impurity removal and 0.05μm cleanliness.
  • Gradient hot air drying module with segmented temperature control prevents fixture deformation.
  • Vacuum low-temperature drying module prevents aging and deformation of POM/PC materials.
  • Compatible with 0.1-5kg weight fixtures, meeting high-precision positioning requirements.
  • Visual scanning and positioning system automatically recognizes fixture types and matches cleaning formulas.
  • Energy-efficient design reduces energy consumption by 40% compared to conventional equipment.
  • Whole-process data traceability with SPC reports for each batch.
  • Surface insulation resistance > 10^12Ω after drying, meeting anti-static requirements.
Faqs:
  • What types of fixtures is this cleaning line compatible with?
    The cleaning line is compatible with mobile phone camera module fixtures, including glass lens fixtures, CMP grinding fixtures, and AF coating fixtures, weighing between 0.1-5kg.
  • How does the drying system ensure no damage to the fixtures?
    The gradient hot air drying module uses segmented temperature control to prevent deformation, while the vacuum low-temperature drying module operates below the Tg point of fixture materials to avoid aging and deformation.
  • What is the energy efficiency of this cleaning machine?
    The machine features an energy-efficient design with a waste heat recovery device (85% efficiency) and PID temperature control, reducing energy consumption by 40% compared to conventional equipment.
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