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ROBOTICS IN GYNECOLOGY - OmniGuide Surgical

ROBOTICS IN GYNECOLOGY - OmniGuide Surgical

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Energy Redefined for<strong>ROBOTICS</strong> <strong>IN</strong><strong>GYNECOLOGY</strong>


<strong>OmniGuide</strong> ® <strong>Surgical</strong>’s robotic platform offers surgeonsthe versatility they need to address a multiplicity of gynecologicprocedures.SOLUTIONSWith the ability to cut, ablate, and coagulate, the FlexGuide TM ULTRA and BeamPath® Fibers can beused to address gynecologic pathologies such as endometriosis, myoma, adhesions and cysts.BeamPath ®RoboticFiberNOW 4x *more robustCUTT<strong>IN</strong>G SPEEDincreased by 40% *FlexGuide TMULTRACoiled DesignFlexibility to accomodatefull robotic wrist articulationDistal fiber stopFor easy loading and ensuringproper seating of fiber4MM Spatula TipEfficient blunt dissection & convenient estimationof distance from the targeted tissueCOMPATIBLE WITH 5mm & 8mmLARGE NeedlE Drivers**No additional robotic arm orinstrumentation required*As compared to previous models of theBeamPath Fiber; performance data on file**Performance data on file


For over thirty years, CO 2 laser energy has been considered the gold standard for precise tissue cutting, with a peerreviewed publication base in the thousands. Although its minimal thermal effect is appreciated when operating nearcritical structures, clinical applications have historically been limited due to cumbersome set-up and difficulty in obtainingsufficient anatomical access. <strong>OmniGuide</strong> ® <strong>Surgical</strong> has overcome these limitations by introducing BeamPath ® fibers,a breakthrough technology enabling the delivery of CO 2 laser energy in an easy-to-use, flexible fiber form.ADVANTAGESPrecise & PredictableTissue InteractionIn a comparison of the gross and histologiceffects of bipolar and monopolar cautery, ultrasonicscalpel, and CO 2 laser on porcine ureter,bladder, and rectum, the CO 2 laser was the onlyenergy modality that did not cause deep-tissueinjury.More CompleteDisease RemovalWith up to 10x less thermal spread 1,2 thanconventional electrosurgery, surgeons can operatewith confidence near critical structures like theureter, bladder and reproductive organs 2 .Histological Assessment of Urothelial/Epithelial Injury 2CO 2 LaserElectrosurgeryBIPOLARCAUTERYMONOPOLARCAUTERYULTRASONICSCALPELCO2 LASERURETER5/65/64/60/6BLADDER2/31/30/30/3RECTUM3/33/31/30/3specimenswith injury /total specimens10/129/125/120/12~10x less thermal spread 1VersatilityControlled depth of penetration allows for hemostatic cutting, vaporization/ablation and coagulation. In addition, thenew FlexGuide TM ULTRA enables blunt dissection without the need for an instrument exchange.ExcisionAblatioNTechnique TipsTechnique Tips• Utilize slow sweepingmotions• Use spatula tip forblunt dissection• Touch tip to tissue andretract• Adjust distance to obtaindesired spot size1 Ryan et al, J Neurosurg, 2009; 112(2): 434-43.2 Tulikangas et al. Fertil Steril, 2001; 75(4): 806-10.


BP-ROBOTICBeamPath® ROBOTIC Fiber Robotic fiber, 180cm lengthFLEX-ULTRA-SETBeamPath® ROBOTICFlexible Fiber Conduit SetBeamPath® ROBOTIC Flexible FiberConduit and Instrument TrayFor more information or to order call888-666-4484/617-551-8444 or visitwww.omniguidesurgical.comr1-0168-036-04-00 Rev. 4 4/13To request more copies reference: DOC-GYN-2

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