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Joseph LamelasAtrial Lift System

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Addresses the difficulty of inadequate exposure during MICS procedures.

S-POST Stabilization and Co2 Infusion Post
Enhanced grip and control
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.

Factilitated CO? infusion
Handle incorporated CO? port reduces clutter within the working field. S-Post delivered CO; facilitates efficient, direct intra-atrial infusion.

BULLET Detachable Insertion Tip  
Tapered tip facilitates precise directional control and ease ot S-Post insertion. Blunt 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.

S-BLADE* Atrial Wall Stabilization Blade and Visor Support Bracket

Three size options (small, medium, large) facilitate optimal blade size selection to address anatomical variances. Universal clamp platform geometry (A) enhances insertion clamp attachment control and stability. Incorporated support bracket (B) and stabilization steps (C) facilitate optimal Visor stability and positioning for maximum exposure.

VISOR Flexible Intra-Atrial Exposure Blade

Three sizes (small, medium, large) for use with the corresponding sized S-Blade to facilitate optimal exposure and access. Material flexibility allows the device to be rolled during insertion. Printed text facilitates proper rolling orientation for 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-Blade 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-Blade alone.