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THIS IS PROXIMITY.

 

This is the Advanced ULTRAVIT™ Beveled High Speed Probe.

 

Designed for closer access.

THIS IS PROXIMITY.

 

This is the Advanced ULTRAVIT™ Beveled High Speed Probe.

 

Designed for closer access.

 

3 interlocking circles. Inside the third circle is a dark purple icon of a map marker with text underneath that reads “proximity.” Inside the second circle is a dark purple icon of a weight scale with text underneath that reads “stability.” Inside the third circle is a dark purple icon of two gears behind a stopwatch with text underneath that reads “efficiency.”

Engineered for Surgical Versatility

 
 
A purple icon of map marker
A purple icon of map marker

 

Proximity

Bevel Tip Allows Improved Access to Tissue Plane1*

 

With its bevel tip design, the Advanced ULTRAVIT™ probe reduces port-to-surface distance, allowing for closer proximity to the retina and improved access to the tissue plane.1*

An image of two probe tips, one beveled and the other flat. The image illustrates that the beveled tip allows for closer proximity to the retina.

*Advanced ULTRAVIT™ Vitrectomy Probe compared with ULTRAVIT™ Vitrectomy Probe

    27+™ Gauge

     

     

    27+™ Gauge Advanced ULTRAVIT™ Vitrectomy Probe

    An image of two probe tips, showing that the bevel tip design allows the 27+ Gauge Advanced ULTRAVIT probe to be 40% closer to the tissue plane.

    *Advanced ULTRAVIT™ Vitrectomy Probe compared with ULTRAVIT™ Probe

    25+™ Gauge

     

     

    25+™ Gauge Advanced ULTRAVIT™ Vitrectomy Probe

    An image of two probe tips, showing that the bevel tip design allows the 25+ Gauge Advanced ULTRAVIT probe to be 47% closer to the tissue plane.

    *Advanced ULTRAVIT™ Vitrectomy Probe compared with ULTRAVIT™ Probe

     
     
    A white icon of a weight scale.
    A white icon of a weight scale.

     

    Stability


     

    Reduced Retinal Traction for Greater Surgical Stability2,3
     

    Advanced ULTRAVIT™ offers a dual-pneumatic high-speed cut rate of 10,000 CPM, resulting in reduced retinal traction for greater stability during surgical procedures.2,3

      27+™ Gauge

       

       

      27+™ Gauge Advanced ULTRAVIT™ Vitrectomy Probe

      A bar graph comparing the peak traction force between the 7.5K and 10K 27+ Gauge Advanced ULTRAVIT probe. The 10K probe has a 38% lower pulsatile traction.

      *Advanced ULTRAVIT™ Vitrectomy Probe 27+™ Gauge compared with ULTRAVIT™ Vitrectomy Probe 27+™ Gauge

      25+™ Gauge

       

       

      25+™ Gauge Advanced ULTRAVIT™ Vitrectomy Probe

      A bar graph comparing the peak traction force between the 7.5K and 10K 25+ Gauge Advanced ULTRAVIT probe. The 10K probe has 18% lower pulsatile traction.

      *Advanced ULTRAVIT™ Vitrectomy Probe 25+™ Gauge compared with ULTRAVIT™ Vitrectomy Probe 25+™ Gauge
      †Comparison at maximum cut rate and CORE mode

       
       
      A white logo of two gears behind a stopwatch
      A white logo of two gears behind a stopwatch

       

      Efficiency


       

      Improved Port Open Time for Faster Vitreous Removal4,5

      Due to its improved port open time, Advanced ULTRAVIT™ increases flow rate and provides faster vitreous removal.5

      A multiple line graph comparing the Average 25+ gauge duty cycle of various ULTRAVIT probes at their maximum cut rates. The 10K Advanced ULTRAVIT Probe showed a 22-24% significant increase in duty cycle compared to the 7.5K ULTRAVIT Probe in core duty cycle mode. The 10K Advanced ULTRAVIT Probe showed a 18-20% significant increase in duty cycle compared to the 5K ULTRAVIT Probe in shave vitrectomy mode.

      Comparative performance of Advanced ULTRAVIT™ 10,000 cpm and ULTRAVIT™ 7,500 cpm 25 Gauge probes at their maximum cut rates.5

        27+™ Gauge

         

         

        27+™ Gauge Advanced ULTRAVIT™ Vitrectomy Probe

        A bar graph comparing the vitreous flow rate between the 7.5K and 10K 27+ Gauge Advanced ULTRAVIT probe. The 10K probe has a 18% higher vitreous flow rate.

        *Advanced ULTRAVIT™ Vitrectomy Probe 27+™ Gauge compared with ULTRAVIT™ Probe 27+™ Gauge
        †Comparison at maximum cut rate and CORE mode

        25+™ Gauge

         

         

        25+™ Gauge Advanced ULTRAVIT™ Vitrectomy Probe

        A bar graph comparing the vitreous flow rate between the 7.5K and 10K 25+ Gauge Advanced ULTRAVIT probe. The 10K probe has a 32% higher vitreous flow rate.

        *Advanced ULTRAVIT™ Vitrectomy Probe 25+™ Gauge compared with ULTRAVIT™ Vitrectomy Probe 25+™ Gauge

        The 25+™ Gauge Advanced ULTRAVIT™ 10K cutter delivers a significantly higher flow rate than the ULTRAVIT™ 23G 7.5K cutter.4*

        A dot graph comparing the vitreous flow rate of various ULTRAVIT Probes. The 10K 25+ Gauge Advanced ULTRAVIT Probe had a 32% higher flow rate than the 7.5K 25+ Gauge ULTRAVIT Probe, and a 18% higher flow rate than the 7.5K 23 Gauge ULTRAVIT Probe.

        Note: There is no statistical difference in port open time between High-Speed ULTRAVIT™ 7.5K Probe and the ULTRAVIT™ 5K Probe
        *Vitreous flow was assessed in Advanced ULTRAVIT™ 10K Bevel probes at maximum cut rate (10K cpm) in Core Mode and Advanced ULTRAVIT™ 7.5K probes at maximum cut rate (7.5K cpm) (P<0.05). All measures at 650 mmHg. 
        †95% Confidence Interval, n=11 probes
        ‡95% Confidence Interval, n=12 probes

        Clinical Support

        Inoue M, Koto T, Hirakata A. Flow dynamics of beveled-tip and flat-tip vitreous cutters

         

        Comparing the flow dynamics of beveled-tip to that of flat-tip vitreous cutters.
        NOTE: RETINA articles are not open source and require membership.

        González-Saldivar G & Chow DR. The shovel and cut technique: Beveled vitrectomy probes to address diabetic tractional retinal detachments

         

        Describing a surgical technique utilizing the structural advantages of beveled tip cutters.
        NOTE: RETINA articles are not open source and require membership.

        Instructions for Use (IFU)

         

        For a full list of indications, contraindications and warnings, please visit ifu.alcon.com and refer to the relevant product’s instructions for use.

        Visit IFU Database

        Alcon Experience Academy


        For relevant training content from industry thought leaders

        Visit AEA Portal

        References:

        1. Alcon Data on File, REF-03769, 2017.
        2. Alcon Data on File, REF-01978, 2018.
        3. Alcon Data on File, REF-00398, 2018.
        4. Alcon Data on File, REF-00387, 2017.
        5. Alcon Data on File, REF-00400, 2017. 

         

        Medical Devices manufactured by Alcon comply with all applicable laws and regulations. For indications, contraindications, warnings and serious incidents please refer to the relevant product’s direction for use or operator manuals.

        © 2022 Alcon Inc. NORD-AUV-2300001
        Norway
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