-40%

BEING Dental Fiber Optic LED Handpiece Fit Kavo MULTIflex High Speed Turbine 303

$ 89.74

Availability: 100 in stock
  • Return shipping will be paid by: Seller
  • Model: Lotus 303PBQ-K
  • Hose Compatibility: 6 Pin
  • Handpiece Angle: Contra Angle
  • Brand: BEING
  • Handpiece Type: High Speed
  • Modified Item: No
  • Power Source: Pneumatic/Air
  • Item must be returned within: 30 Days
  • All returns accepted: Returns Accepted
  • Country/Region of Manufacture: China
  • Chuck Type: Autochuck
  • Intended Use/Discipline: Dental Laboratory
  • MPN: Does Not Apply
  • Refund will be given as: Money Back
  • Condition: New
  • Custom Bundle: No

    Description

    Shipping from
    United States
    Features:
    Brand: BEING
    Model: Lotus 303PBQ-K
    (Standard head)
    Fit Kavo MULTIflex LUX quick coupling, 6 holes quick coupling included.
    CE Certificated
    - New triple water spray system can cool the treated area and the bur effectively and roundly. Clogging of the the spray port is thus minimized
    - The Antiretraction structure in the handpiece, prevents suction of oral fluids in a patient's mouth into the water line of the handpiece at the spray water outlet port.
    - Cellular Optic Glass Rods are brighter, durable under repeated sterilization.
    - Offering a better eyeshot and angle, improving your efficiency.
    - High density cartridge, with high cutting efficiency but less vibration and noise.
    - Newly-designed handle, comfortable to hold and easy to clean.
    - Handpiece is autoclavable. (up to 135°C)
    Technical  Parameter:
    Air press at the back of the handpiece: 206~231 KPa (2.1~2.35kgf/cm2)
    Air pressure at the gauge in the dental unit: 240-294 KPa (2.45-3.0 kgf/cm2)
    Water pressure: 198Kpa (2 kg)
    Rotation speed: 300,000-320,000 rpm
    Chuch type: Push button
    Head size: φ10.8×12.1mm
    Bur applicable: φ1.59mm~φ1.6mm×21mm~23mm (diameter×length)
    Noise≤70dB
    Intensity of light: 25000 lx
    Source of Light: LED bulb
    Voltage of bulb: 3.0~3.2 V