Medica

Düsseldorf, Exhibition Center

16 - 19 Nov 2005

www.medica.de

 

GE - Plastics’ Ultem* Resins Help Improve Performance of Award-Winning Surgical Skin Stapler

INSORB®|20 Skin Subcuticular Stapler Using GE’s Ultem* Resin

Minnesota-based Incisive Surgical, Inc. selected GE’s Ultem* 1000F transparent resin and Ultem 2200F 20 percent glass-filled resin for seven components in the INSORB®|20 subcuticular skin stapler for the biocompatibility, superior mechanical strength to withstand compression during use, capability for both ETO and gamma sterilization, color and strength retention following sterilization, and part consolidation the GE resins provide. The new device eliminates painful staple removal and doctors benefit from speed and ease of use. In addition, the use of staples avoids the risk of potentially dangerous needle sticks to both caregivers and patients. To date, the award-winning INSORB|20 skin stapler has been used in over 3,000 cases and is available nationwide.BERGEN OP ZOOM, THE NETHERLANDS — November 17, 2005 — The use of subcuticular absorbable skin staples for closing incisions dramatically improves surgical outcomes while enhancing patient safety and comfort. At the recent MD&M East Show, GE - Plastics showcased the use of its Ultem* polyetherimide (PEI) resins in the award-winning INSORB®|20 subcuticular skin stapler from Minnesota-based Incisive Surgical, Inc. The GE materials provide strength, sterilization capabilities, and biocompatibility in custom colors to this unique disposable device, which combines the superior cosmetic results of absorbable sutures with the rapid closure times of metal skin staplers – while eliminating the need for post-operative staple removal.

Press Kit Medica, Düsseldorf 16-19 November 2005

GE PlasticsGE - Plastics
GE - Advanced Materials

Press Kit Medica, Düsseldorf 16-19 November 2005

GE Advanced MaterialsGE - Plastics
GE - Advanced Materials

GE Helps ZEVEX’s EnteraLite® Infinity™ Feeding Pump Give Tube-Fed Patients the Freedom to be Active

GE Advanced MaterialsZEVEX International, Inc., an innovative company based in Salt Lake City, Utah, entered the enteral nutrition delivery market in 1996 and currently distributes a complete line of products for use in patients’ homes, hospitals, and nursing homes. Enteral feeding delivers liquid nutrition directly into the gastrointestinal tract. It is prescribed for a wide range of short-term and chronic conditions such as stroke (swallowing difficulty), cancer (insufficient calories), food absorption, and digestion disorders. Observing the trend toward smaller, lighter, and more portable medical devices, ZEVEX decided to create a new product that would apply miniaturization technology to enteral feeding systems to benefit patients.

GE’s SilCool* LTR Silicone Helps GE’s LightSpeed VCT Scanner Dissipate Heat Generated by World’s Fastest Volumetric Imaging of the Heart

GE Advanced MaterialsHeadquartered in the United Kingdom, GE Healthcare is a $15 billion GE business. It provides a broad range of products and services that are enhancing patient care by enabling healthcare providers to better diagnose and treat heart disease, cancer, neurological diseases, and other conditions. When the company was developing its LightSpeed volume computed tomography (VCT) scanner - a GE Imagination Breakthrough device for cardiac imaging - it became clear that the high heat generated by the device’s exceptionally fast electronics required a new dissipation strategy. GE Healthcare selected SilCool* LTR silicone from GE - Silicones to offer the rapid conduction of heat away from the LightSpeed circuit board and allow the scanner to operate with record-setting speed and precision.

Answers from the Experts: A Conversation with Clare Frissora of GE - Plastics on Materials for Medical Devices

Clare Frissora is the Market Director for Healthcare at GE - Plastics.
Q. What are today’s most important considerations affecting medical device design?
A. There are three significant aspects to innovation in healthcare: enhancing speed, providing or enhancing safety, and managing total cost. When considering the optimization of medical device design, the goals are typically improving ease, speed, effectiveness, and safety of device use. To achieve these goals, designers are looking at multiple factors including miniaturization, weight reduction / custom weighting, and ergonomics.

GE - Plastics and GE – Advanced Materials, Silicones Expand Commitment to Healthcare Customers with Investments in Facilities, Services and Products

GE PlasticsBERGEN OP ZOOM, THE NETHERLANDS ― November 16, 2005 ― GE - Plastics and GE – Advanced Materials, Silicones will discuss recent investments in technology and expertise and showcase their latest innovations for medical device manufacturers at Medica in Düsseldorf, Germany from Nov. 16-19. In hall 10, booth A56, the two GE businesses will feature some of their customers’ innovative products utilizing GE’s resins and silicones. This will include items such as the INSORB®|20 subcuticular surgical stapler and Zevex International’s enteral feeding system. Two new grades of Lexan* polycarbonate (PC) resin will also be featured.