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220V Ultrasonic Mold Polisher Machine Sound wave frequency Multifunction grinder

$ 239.12

Availability: 10 in stock
  • Dimensions: 120*74*37 mm
  • Model Number: YJCS-7
  • Rated Input Power: 15W
  • Brand: Unbranded
  • Usage: Home DIY
  • Condition: New
  • Origin: CN(Origin)
  • Certification: CE
  • Power Source: AC
  • Frequency: 19-26KHz (Sound wave)

    Description

    The color is brown and black, the color is sent randomly
    220V Professional Ultrasonic Mold Polisher Polishing Machine Sound wave frequency Multifunctional grinder
    Specification:
    Name: Ultrasonic polishing machine
    Model: YJCS-7
    Voltage: 220V
    Power: 15W
    Sound wave frequency: 19-26KHz
    Color: black and red
    Controller size: 120*74*37 mm
    Package size: 25*20*21CM
    Weight: 3KG
    Performance:
    1. Scope of application: shaping and polishing of complex cavities, narrow slots, blind holes and other rough surfaces to mirror surfaces of various molds (including cemented carbide molds).
    2. Polishable materials: metal, glass, jade, agate, etc.
    3. Surface roughness after processing: Ra0.012
    4. Abrasive materials: diamond files, fiber whetstone, synthetic diamond abrasive paste and diamond abrasive paste
    5. Acoustic frequency: 19-26KHz
    6. Working voltage: single-phase 220V±20% 50Hz or single-phase 110V±15% 60HZ
    7. Power consumption: 15W
    8. Controller size: 120×74×37 mm
    9. Controller weight: 0.4kg. What is ultrasonic polishing? The principle and characteristics of ultrasonic polishing
    Vibration waves with a frequency above 20KHz are called ultrasonic waves.
    The principle of ultrasonic polishing is: the transducer converts the input super audio frequency electrical signal into mechanical vibration, after being amplified by the horn, it is transmitted to the tool head mounted on the horn, driving the diamond or abrasive attached to the tool head The high-speed friction of the workpiece, such as the suspension liquid, causes the surface roughness of the workpiece to be rapidly reduced until it reaches the mirror surface, thereby achieving the polishing function.