Laparoscopic Solutions: Specimen Retrieval Bag The GeniStrong™ Bag is an easy-to-use retrieval system designed to temporarily contain specimen and facilitate its removal from the patient during laparoscopic surgery. Designed to minimize contamination of the abdominal cavity, the Specimen Retrieval Bag includes the following distinctive features: Pre-loaded spring automatically opens bag upon deployment Medium bag works with 10mm or larger cannula Rigid plastic shaft provides stability, while its smooth surface minimizes trauma to underlying structures Reliable, cost effective, and latex free Ultra-durable nylon bag does not propregate tears like standard poly bags Closure technology prevents bag from re-opening Ripstop Nylon with Polymer coating for leakproof performance Size (mouth x length ) Specimen Retrieval Bag *Small Specimen Retrieval Bag (10mm shaft) Part Number Medium Specimen Retrieval Bag (10mm shaft) Large Specimen Retrieval Bag (12mm shaft) Extra Large Specimen Retrieval Bag (15mm shaft) *Available with a minimum-quantity order. Please contact your sales representative for availability. 6869 Stapoint Court #114 | Winter Park, Florida USA 32792 | Tel: 1.407.657.4851 Fax: 1.407.677.9773 | www.geniconendo.com GENICON® is a US registered Trademark owned solely and exclusively by GENICON, LLC. © 1998-2014 GENICON, LLC. All rights Reserved. US and foreign patents issued or pending. Including, but not limited to, Patent Nos. 426,635; 449,887; 537,941; 6,569,119B1; 7,153,319B1; 7,585,288B2; 7,798,991B2; 7,842,013B2.

Laparoscopic Solutions: Specimen Retrieval Bag The GeniStrong™ Bag is an easy-to-use retrieval system designed to temporarily contain specimen and facilitate its removal from the patient during laparoscopic surgery. Designed to minimize contamination of the abdominal cavity, the Specimen Retrieval Bag includes the following distinctive features: Pre-loaded spring automatically opens bag upon deployment Medium bag works with 10mm or larger cannula Rigid plastic shaft provides stability, while its smooth surface minimizes trauma to underlying structures Reliable, cost effective, and latex free...