Situate Delivery System Brochure FINAL 10-9

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SITUATE DELIVERY SYSTEM Situate Delivery System is a powerful delivery room safety tool that locates missing sponges within seconds and reduces the cost and time pressures associated with missing sponges. The user-friendly interface offers on-screen prompts to ensure compliance and clearly indicates the presence or absence of remaining sponges. DELIVERING FAST EFFICIENT POST PARTEM SPONGE MANAGEMENT

Transcript of Situate Delivery System Brochure FINAL 10-9

Page 1: Situate Delivery System Brochure FINAL 10-9

Situate™ Delivery SyStem

Situate™ Delivery System is a powerful delivery room safety tool that locates missing sponges within seconds and reduces the cost and time pressures associated with missing sponges.

The user-friendly interface offers on-screen prompts to ensure compliance and clearly indicates the presence or absence of remaining sponges.

DeliveriNG FaSt eFFicieNt Post Partem sPonge management

Page 2: Situate Delivery System Brochure FINAL 10-9

eLImInatIng tHe UnCertaIntY OF maNual SPONGe cOuNtS

Situate™ Delivery System

Labor and Delivery is a dynamic and highly variable setting.This innovative detection technology supplements manual counting.

Identifies missing sponges within seconds• Room scanning mode enables quick identification of missing sponges

to help reconcile miscounts

Actively reduces risk of retained sponge incidents1

• Accurate and fast detection in the birthing canal• Non-intrusive design enables post delivery vaginal scan

For a more efficient clinical experience• Portable for use in multiple Labor and Delivery suites• Easy to use with self guided instructions • Ergonomic grip for user comfort

© 2015 Medtronic. All rights reserved. Medtronic, Medtronic logo and Further, Together are trademarks of Medtronic. All other brands are trademarks of a Medtronic company. 10.15 P150041

1. Williams, T, et al. Retained Surgical Sponges: Findings from Incident Reports and a Cost-Benefit Analysis of Radiofrequency Technology. J Am Coll Surg. Vol. 219, No. 3, Sept. 2014. p354-364.