HIGH SPEED CONTROLLED IMPEDANCE DIGITAL CABLE.
Electro-Textiles.
Woven wire technology is transforming textiles into: E-Textiles™.
Designed and configured for virtually any garment application, Woven Electronics development of revolutionary stretchable textiles, sensors and interconnects brings garment making into the 21st century. Extremely flexible and capable of housing multiple wire configurations, this family of products is versatile and rugged, yet is designed for ease of use. The washable material is available in a variety of colors and is completely reparable. Our unique manufacturing process allows for almost any packaging option, even customized to any specification.
Nano technology.
INDIA IS OPENING A NANO TECHNOLOGY RESEARCH CENTER IN BANGALORE
2 day Nano meet.
The first edition of Bangalore Nano,India's first nano conference on the lines of BangaloreIT.in,will take place on 29th & 30th,November 2007,organized jointly by the department of IT,BT and science and technology,Jawaharlal Nehru Centre for Advanced Scientific Research,MM Active and the European Union,the event will see a major representation from Australia,Germany,and China.TNN
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Medical Bands
Next generation fiber optic medical bands are the new standard for use in medical imaging processes.
CT and MRI scanning processes can be extremely susceptible to metallic interference. Traditional copper wire bands are being replaced with Woven Electronics high-conductivity fiber. Woven's LifeBand monitors heart rate, rhythm, and body temperature while operating without impeding scanning processes. The revolutionary LifeShirt measures heart rate and rhythm, body temperature, respiration, and perspiration - a reusable, wearable health system engineered for mobility and performance.
STRETCHABLE BANDS.
Woven wire technology is transforming textiles into eTextiles™.
Designed and configured for virtually any garment application, Woven Electronics' development of revolutionary stretchable textiles and straps brings garment making into the 21st century. Extremely flexible and capable of housing multiple wire configurations, this family of products is versatile and rugged, yet is designed for ease of use. The washable material is available in a variety of colors and is completely reparable. Our unique manufacturing process allows for almost any packaging option, even customized to any specification.
Military.
Woven Electronics' military division specializes in designing and manufacturing cable harnesses to meet the emerging demands for higher density, lighter weight and increased signal isolation. As the originator and leader of woven cable, Woven Electronics offers a total interconnect package from the engineering and design of the basic cable to the integration of PC boards, over-molded cables and backshells and mechanical backshells. With this multi-packaging ability, the woven organized wiring approach reduces cost and weight, which enables maintainability for airborne applications and any cable where size and weight are of importance.
Technicians in the military plant are trained to the highest solder specifications and are judged by the most stringent quality requirements. These talents can be applied to other packaging technologies, as well, if the customer or application demand.
Woven Electronics can support your requirements to AS-5088.
Woven Construction Advantages:
Less volume than conventional harnesses.
More routable and flexible, which enhances the installation phase.
More producible, consistent wire placement and physical size.
Configurations are exactly repeatable.
Changes in design are far easier, which reduces development costs.
How others have taken advantage of Woven's Military Division....
Woven organized wiring systems have been widely used in a variety of custom applications, including the weapons launching system found in the Los Angeles Class Submarines and the missile launching system for both the Tomahawk and the Standard Missile used by the U.S. Navy. So, if you have a unique wiring application where you need a high performance, highly flexible wiring solution that reduces overall cost and makes installation and maintenance easier, let us show you how our Organized.
Wiring Systems can work for you.
Operational Status.
Copyright © 2007 Woven Electronics. All rights reserved.
Phone: (864) 963-5131 · Fax: (864) 963-1761 · Simpsonville, South Carolina.
High Speed Digital Cable.
Technology has radically changed since Wovens inception in the 1960s. As computing and data transfer capabilities multiply exponentially, especially since the advent of the Internet, so also have our products evolved. Forward thinking has put us at the front of our industry. Woven Electronics high speed digital cable represents one of the cornerstones of Wovens product offerings in both longevity and innovation. Shielded from EMI and RFI, our high speed digital cable is not only designed for high speed while yielding the low skew, but is extremely cost effective to install and operate.
Operational Status.
Copyright © 2007 Woven Electronics. All rights reserved.
Phone: (864) 963-5131 · Fax: (864) 963-1761 · Simpsonville, South.
Carolina.
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Nanspider woundcare for the military.
Alltracel Pharmaceuticals, the Irish group focused on the woundcare, oral care, dermal health and cardiovascular health markets, has announced that its Nanopeutics subsidiary has signed a licensing agreement for its technology with HemCon Medical Technologies Inc., a supplier of haemorrhage control products for military markets.
City Sports to launch iPod-enabled jackets.
At the recent Magic show in Las Vegas (August 27-30) it was announced that sporting goods retailer City Sports will carry a new line of iPod-enabled apparel using Eleksen’s ElekTex technology.
Nano technology University is on the way
Benchmarking Europe’s nanotechnology educational possibilities.
A new approach to skills development and training is needed for the multidisciplinary field of nanoscience and nanotechnology, and many universities are now offering masters courses in nanotechnology each with a different emphasis.
A WONDER A DAY
Nanofibre coatings on titanium aid muscle growth.
University of Arkansas researchers in the US have found a simple, inexpensive way to create a nanowire coating on the surface of biocompatible titanium that can be used to create more effective surfaces for hip replacement, dental reconstruction and vascular stenting. The material can easily be sterilized using ultraviolet light and water, or using ethanol.
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