Next Generation MICS Instrumentation

Transcription

1 3i n1 Next Generation MIS Instrumentation

2 ddress the difficulty of inadequate exposure during MIS procedures. next generation MIS instrument designed to optimize control efficiency access and exposure.

3 (STILIZTION ND O2 INFUSION POST) Handle ctuator utton and Mechanism Handle geometry enhances operator grip and instrument control during insertion. Locking pin mechanism facilitates efficient and stable component attachment. Ergonomically located actuator button facilitates efficiency during component engagement and disengagement. O2 Port / Flush Port Handle incorporated O2 port reduces clutter within the working field. S-Post delivered O2 facilitates efficient direct intra-atrial infusion. (DETHLE INSERTION TIP) Tapered tip facilitates precise directional control and ease of S-Post insertion. lunt tip minimizes risk of damage to adjacent tissue and structures during insertion. Suture eyelet utilization minimizes the risk of loss in the event of premature disengagement.

4 (TRIL WLL STILIZTION LDE ND VISOR SUPPORT RKET) Three size options (small medium large) facilitate optimal blade size selection to address anatomical variances. Universal clamp platform geometry () enhances insertion clamp attachment control and stability. Incorporated support bracket () and stabilization steps () facilitate optimal VISOR stability and positioning for maximum exposure. (FLEXILE INTR-TRIL EXPOSURE LDE) Three sizes (small medium large) for use with the corresponding sized S-LDE to facilitate optimal exposure and access. Material flexibility allows the device to be rolled during insertion. Printed text facilitates proper rolling orientationfor insertion preparation. Remains in rolled orientation when the male and female interlocking cutouts are engaged. Posterior notch and anterior guiding tab facilitate proper alignment and engagement with S-LDE substructure. Wing flexibility facilitates optimal lateral wall retraction positioning. Material rigidity allows for significant lateral and circumferential atrial wall retraction when unfurled. Increases exposure and access with a 250% increase to the retraction surface area in comparison to the S-LDE alone.

5 ORDERING INFORMTION ORDER DESRIPTION # MI-LS-001 ox of 6 sterile pouches 3 Sizes per sterile pouch DEVIE SPEIFITIONS OMPONENT MODEL # DESRIPTION MI-LS-P-001 MI-LS-D-S-001 (Small Support lade) (Large Support lade) MI-LS-V-M-001 (Medium Flexible lade) MI-LS-V-S (Large Flexible lade) MI-LS-T (Small Flexible lade) MI-LS-V-L-001 (cm) 4.65 (Medium Support lade) MI-LS-D-L-001 (cm) 22.3 (Stabilization Post) MI-LS-D-M-001 (cm) 1.85 (Insertion Tip) N/ N/ INDITIONS: The JOSEPH LMELS trial Lift System device is intended for use to retract the atrial wall during limited access cardiac surgical procedures. ONTRINDITIONS: None known. WRNINGS ND PREUTIONS: This device is designed for single patient use only. Do not reuse reprocess or resterilize this product. Reuse reprocessing or resterilization may compromise the structural integrity of the device and/or create a risk of contamination of the device which could result in patient injury illness or death. Do not use if package or product is damaged. Use care to avoid tissue damage while introducing and lifting with Support lade. It is the responsibility of the user to dispose of the device in accordance with local regulations and hospital procedures. For additional information please refer to the Instructions for Use provided with the product or go to UTION: Federal law (US) restricts this device to sale by or on the order of a physician. For customer service contact iorep Technologies Inc. ustomer Service Ext and and are trademarks of Miami Instruments LL. This product is manufactured and sold under Patent No's: US and EP Miami Instruments LL. ll rights reserved. Printed in U.S.. are registered trademarks of Miami Instruments LL. Manufactured for: iorep Technologies Inc NW 57th ve Miami Lakes FL US Tel: (305) ext 421 Fax: (305) Support for physicians and medical professionals: Go to Product Support page at: or info@miamiinstruments.com U2017 MI LS 3in1 S R Rev2