The UltraShape™ uses a patented ultrasonic transducer to deliver controlled, focused ultrasound at a precise depth within the subcutaneous tissue. It is designed to target and disrupt only adipose tissue, leaving surrounding structures such as skin, blood vessels, nerves and connective tissue intact. Rosacea | Acne | Wrinkles | Excess Hair | Spider Veins | Sun Damage | Scars | Pigmentation Disorders | Cellulite | Excess Sweating

The UltraShape CONTOUR I uses a patented ultrasonic transducer to deliver controlled focused ultrasound at a precise depth within the subcutaneous tissue and is designed to target and disrupt only adipose tissue, leaving surrounding structures such as skin, blood vessels, nerves and connective tissue intact. copy; Copyright UltraShape 2007 | Contour I is not yet FDA cleared for sale in the U.S. Legal Notice Site Map Privacy Policy

The secret to plasma TV technology is found in between the two thin panels of mounted glass that make up the screen. These panels are made up of pixels, which are small pockets of compressed gas. Each of these pixels consists of three sub-pixels, which consist of blue, green and red phosphors. The thing that makes the plasma TV so unique is that each of the sub-pixel is individually controlled using advanced electronics capable of producing more than 16 million unique colors.

There are three mechanisms which work simultaneously and synergistically to give the system outstanding effectiveness over a broad range of contaminants. These mechanisms are (1) ultrafine submicron microfiltration, (2) molecular capture and broad spectrum adsorption and (3) electrochemical separations, incorporated into a "Structured Matrix" to provide uniform flow and reliability and to prevent channeling.

Quite well, thank you. Seriously though, that information is proprietary. We have algorithms that correct for transliteration errors. Add to that our expert reading of tea leaves, farm animal entrails, crystal balls, 8-balls, phases of the moon and shadows on the Stonehenge, and you get a fair idea of how our search technology works.

The digital pen transmits your hand movements to the receivers located in the base unit. The application then translates these movements into digital signals that enable you to view your handwriting on the screen.

Digital Light Processing?, or DLP? technology is an all-digital technology used to project and display images. Invented by Texas Instruments, DLP? technology is based on an optical semiconductor called the Digital Micromirror Device, or DMD. Digital Light Processing? technology is based on the Digital Micromirror Device, or DMD, an optical switch semiconductor.

Your photo is animated with software capable of manipulating and rendering three-dimensional perspectives of your face.

Powerline technology uses the existing electrical wiring at home, to form a network of communication. Simply imagine that the electrical wiring hidden in the walls work as the traditional Cat.5 Ethernet cables used in traditional LANs.

midomi uses the MARS technology. MARS stands for Multimodal Adaptive Recognition System. This unique technology is the only way to match human voice to human voice by matching multiple features and without any manual intermediate indexing. MARS is the future of search and one day will enable us to simply talk to our computers.

When a domain name is deleted by the registry and becomes available for registration, our system automatically submits a registration request for the domain. If it is successful, the name is registered on your behalf.

Prolitec combines state-of-the-art chemistry with proprietary computer-controlled delivery systems to provide clients unprecedented flexibility in enhancing indoor air quality. Here is how it works: Prolitec’s delivery system injects a small quantity of liquid odor neutralizer, fragrance, or some other air treatment agent into the space being treated, directly or though an air handling system. The result is a tiny one part per million (ppm) concentration of the product in the air.

LightScribe Direct Disc labelling is as simple as burn-turn-burn. You will burn the data, flip the disc over, re-install it in the drive, and burn the label. The system’s three components are: Hardware: With minimal modifications, LightScribe-licensed hardware can print labels on LightScribe media using the hardware’s existing laser Software: LightScribe-licensed software applications allow you to create simple or elaborate label designs.

The technology we use works on several Radio Frequencies (RF). The signal is sent between the tower and the radio we provide you. We use a combination of 900 MHz, 2.4 GHz, and 5.8 GHz to reach as many residents and business as possible from our broadcast location.