Phacoemulsification Systems for Cataract Surgery

In cataract surgery, there is an ever present need to preserve the delicate structures of the eye while removing an opaque lens. The most modern method is phacoemuslification, whereby the lens is emulsified with ultrasound before being suctioned out. Phacoemulsification systems provide a platform for performing cataract surgery, as well anterior vitrectomy. For a phacoemulsification system, one of the most important features will be the suction/vacuum component. Pumping systems are usually peristaltic or Venturi (aspirating). Some phaco and vitrectomy systems have dedicated microprocessors to measure in-line vacuum pressure. Sonic needles, tips and probes are frequently sold separately.
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Cube &alpha; Ophthalmic Surgical System
  • Description: Compact and comprehensive
    Powerful but handy

    The Cube α incorporates a number of unique features for a comprehensive, handy platform to perform cataract surgery. This device incorporates new ultrasound technology that delivers more powerful and effective phacoemulsification.
  • Features: Gyro torsional technology
    The Cube α incorporates Gyro torsional technology in a compact body. Torsional ultrasound oscillation ensures efficient delivery of ultrasound energy especially for moderate cataracts. Design enhancements increase surgical safety by protecting intraocular tissues.

    Efficient performance
    -Fragmentation ability
    Torsional movement of the Gyro handpiece maximizes ultrasound energy delivery for faster lens fragmentation. Torsional oscillation improves holdability by reducing the instances of repulsion between the nucleus and phaco tip normally caused by longitudinal ultrasound oscillation.

    -Fluid dynamics
    The improved stiffness profile of newly designed Neo sleeve series is unaffected by the compression force from the wound which directly relates to the fluid dynamics within the capsule. Better fluid dynamics enhance followability and increase phacoemulsification efficiency.

    Enhanced safety
    -Stable anterior chamber
    A new sleeve design provides greater irrigation into the eye to maintain anterior chamber stability. The surge area caused by occlusion break has been minimized compared to the previous sleeve.

    -Blast finished tip
    The edge of the Gyro tip end is slightly rounded and textured by a blast finishing process. The unique tip end reduces the risk of ocular tissue damage during phacoemulsification.

    User friendly interface
    -Simple display
    The intuitive touch-screen display presents parameters in large, easy-to-read sizes. A pop-up window is appeared to change parameters.

    -Navi mode
    The Navi mode displays the setup procedure with images. This simple tutorial provides guidance for new users on connecting accessories to the device.
  • Power Supply: Inquire
  • Weight: Inquire
  • Illumination: Inquire
  • Flow Rate: Inquire
  • Power Consumption: Inquire
  • Handpiece: Inquire
  • Vacuum Option: Inquire
  • Guage(s): Inquire
  • Dimensions (W × H × D): Inquire
  • Irrigation Port: Inquire
  • Aspiration Port: Inquire
  • Touch Screen: Inquire
  • Cutting Rate: Inquire
  • Pump Type: Inquire
  • Operating Pressure: Inquire
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