Lets not forget our probe systems which are unique in providing nonelectrical stimuli and detection already at waferlevel. SUSS equipment is specifically designed to be modular and flexible allowing users to quickly changeover as and when the need arises, serviceability.

SUSS is also heavily involved in nanoimprint lithography and such systems are already in use in optical MEMS.

About SUSS Latest News SUSS in the News Publications Company Profile History Managing Board Other SUSS Group Members Industry Partners Affiliations Suppliers Locations Events Careers Europe Germany France Switzerland Neuchtel United Kingdom USA USA Asia China Japan Taiwan Thailand Glossary of Technical Terms Investor Relations Company Profile Managing Board Key Figures Corporate Governance Declaration of Compliance Ownership of Shares & Subscription Rights Directors Dealings Document under 10 WpPG Share Quotation IPO Parameter Shareholder Structure Directors Dealings Ad hoc & Press Releases Voting Rights Announcements Reports Financial Calendar Shareholder Meeting IR Contact Products Lithography SpinSpray Coater Mask Aligner

Manage Production Demands and Capacity Needs SUSS manual and automated equipment is based on the same platform ensuring unprecedented reliability, upgradeability and, when the need arises, serviceability. Plus, when it comes to precise alignment, who better to trust than the leading photolithography company? Because the same alignment stage is used in both SUSS lithographic tools and bonding tools, any alignment process can be relied upon to be exact. SUSS. Indeed, only SUSS can guarantee submicron post bond alignment accuracy.

SUSS equipment is specifically designed to be modular and flexible allowing users to quickly changeover as and when the need arises, serviceability. Taking the guesswork out of MEMS production and test Modular, Flexible Equipment for Diversified Market MEMS manufacturers require equipment which can adapt quickly to changing applications without significantly increasing The unique SUSS cluster principle means that further modules can be added at any time so that the system can be budgeted for depending on actual requirements SUSS is the company of choice for developing devices with high aspect ratios.

Manage Production Demands and Capacity Needs SUSS manual and automated equipment is based on the same platform ensuring unprecedented reliability, upgradeability and, when the need arises, serviceability.

Our CDs install on your hard drive or network and run under MS Windows or NT. &nbspLogin to Plunkett Research Online Japanese Version NANOTECHNOLOGY, MEMS, NANOSCIENCE, MICROSENSORS, CARBON TUBES, NANOSCALE, MOLECULAR ELECTRONICS, ATOMIC SCALE, SELF ASSEMBLY, NANOTUBES, NANOMETERS, OPTICS, COATINGS, POLYMERS, NANOSTRUCTURES, BUSINESS ANALYSIS, MARKET RESEARCH, TRENDS & STATISTICS Plunketts Nanotechnology & MEMS Industry Almanac Find out more about this almanac. Each Almanac comes with free CDROM. About Us Custom Research Link to UsFree ENewsletter Site Map Feedback Help and FAQs Are You Looking for Job? Planning Business Strategy? Studying an Industry for Marketing or Investments?

Use them to share corporate profiles and data within your office, export names and addresses for mailing lists and do complete searches and queries. You can even search each database by key words or phrases. The links below will help you with sales leads, business development, market research, employment research, and the creation of business plans and sales guides.

Each Almanac comes with free CDROM. They contain the complete core databases from each respective book. &nbspLogin to Plunkett Research Online Japanese Version NANOTECHNOLOGY, MEMS, NANOSCIENCE, MICROSENSORS, CARBON TUBES, NANOSCALE, MOLECULAR ELECTRONICS, ATOMIC SCALE, SELF ASSEMBLY, NANOTUBES, NANOMETERS, OPTICS, COATINGS, POLYMERS, NANOSTRUCTURES, BUSINESS ANALYSIS, MARKET RESEARCH, TRENDS & STATISTICS Plunketts Nanotechnology & MEMS Industry Almanac Find out more about this almanac.

Learn how our books will help you with the installation and use of the CDROMs. CDROM Marketing Uses How to install the CDROM How to use the CDROM EndUser License Agreement Represents subscriber only content.

Use them to share corporate profiles and data within your office, export names and addresses for mailing lists and do complete searches and queries. You can even search each database by key words or phrases.

Use them to share corporate profiles and data within your office, export names and addresses for mailing lists and do complete searches and queries. Each Almanac comes with free CDROM. They contain the complete core databases from each respective book. CDROM Marketing Uses How to install the CDROM How to use the CDROM EndUser License Agreement. &nbspLogin to Plunkett Research Online Japanese Version NANOTECHNOLOGY, MEMS, NANOSCIENCE, MICROSENSORS, CARBON TUBES, NANOSCALE, MOLECULAR ELECTRONICS, ATOMIC SCALE, SELF ASSEMBLY, NANOTUBES, NANOMETERS, OPTICS, COATINGS, POLYMERS, NANOSTRUCTURES, BUSINESS ANALYSIS, MARKET RESEARCH, TRENDS & STATISTICS Plunketts Nanotechnology & MEMS Industry Almanac Find out more about this almanac.

In fact, in CNN named MEMS one of its Top Innovations of the last quarter century. NYSEUNA company, develops, manufactures and integrates technologies that identify, track and manage supply chain assets. The miniaturization and solid state properties of the EL10s MEMS technology leads to greater durability and lower equipment failure rates, as well. For further information, visit www. intermec. com or call 8003472636. introduced the use of microelectromechanical systems MEMS, type of nanotechnology, to supply chain data collection equipment. The EL10 can operate at scans per second, compared to standard laser scan rates of less than scans per second.

To learn more about UNOVA, visit www. unova. com. 1 According to Gartner Group research report, The RealWorld Web Will Connect Objects and Places, Jackie Fenn, 4, 11, ahead of ATMs, display panels, HDTV, the Space Shuttle and flash memory in terms of relevance, impact, or future potential to impact everyday Americans during the course of daily life. Its micromirror and associated drive motor are 166 the size of the mirrors used in traditional laser scanner designs, adding to its durability and compact size.

CNNcommissioned panel of technology leaders placed MEMS at no. The first MEMSbased laser scan engine to be released, the Intermec EL10, features extremely fast scan rates and separate laser emission and collection optics for increased sensitivity, supporting increased scan range and angle, as well as easier scanning of low contrast bar codes. Bar codes have been used by companies for almost years to identify, track and manage supply chain assets. In fact, in CNN named MEMS one of its Top Innovations of the last quarter century. introduced the use of MEMS technology in data collection applications.

In fact, in CNN named MEMS one of its Top Innovations of the last quarter century. The companys products and services are used by customers in many industries worldwide to improve the productivity, quality and responsiveness of business operations. About Intermec Intermec Technologies Corp., UNOVA Inc.

28, 2005Intermec Technologies Corp. New Intermec EL10 Scan Engine Debuts MEMSBased Laser Scanning Technology Intermec worked with the internationally renowned Fraunhaufer Institute to develop the use of MEMS technology in data collection applications. Millions of MEMSbased devices are already at work around the world, making life safer and more convenient. The use of MEMSbased technology offers the first major revolution in laserbased data collection in years, making it possible to produce laser data collection scanners that are significantly faster, smaller, lighter and more efficient than todays legacy scanners. Core technologies include IntellitagR RFID, mobile computing systems, bar code printers and label media.

Izvestiya Mathematics 19931995Russian Academy of Sciences.

Section 19491957Pure and Applied Optics 19921998Quantum ElectronicsQuantum Optics 19891994Quantum and Semiclassical Optics 19992005Journal of Physics A Mathematical, Nuclear and General 19731974Journal of Physics B Atomic, Molecular and Optical PhysicsJournal of Physics E Scientific Instruments 19681989Journal of Physics F Metal Physics 19711988Journal of Physics G Nuclear and Particle PhysicsJournal of Radiological ProtectionJournal of Scientific Instruments 19231967Journal of Statistical Mechanics Theory and ExperimentJournal of the Society for Radiological Protection 19811987Mathematics of the USSR Sbornik 19671993Mathematics of the USSRIzvestiya 19671992Measurement Science and TechnologyMetrologiaModelling and Simulation in Materials Science and EngineeringNanotechnologyNew Journal of PhysicsNonlinearityNouvelle Revue dOptique 19731976Nouvelle Revue dOptique Applique 19701972Nuclear FusionPhysica ScriptaPhysical BiologyPhysics EducationPhysics

This last paper has implications for future data storage systems, as does our final paper, which describes the formation by an STM of twodimensional Mnorganic grids for magnetic memories.

The interest in the optical properties and possibilities of novel materials is exemplified here by the inclusion of four papers one each on optical interconnects, fibreoptic displacement sensors, photonic crystal structures, and the readout responses of superresolution, nearfield structure optical disks. The carbon nanotube papers range from characterization by Raman spectroscopy, through functionalization using platinum decoration, to possible applications in electronics as fieldeffect transistors or wireless sensors.

Section 19491957Proceedings of the Physical Society. The silicon papers reflect the continued breadth of interest in this material, and range from gate leakage in CMOS transistors, through properties of nitride and oxynitride insulators, to charging effects in nanocrystals, and processinduced stresses in micromechanical cantilevers. Izvestiya Mathematics 19931995Russian Academy of Sciences. The considerable, topical interest in microfluidics is reflected by four papers, ranging from channel formation by plasmas or lasers, through the creation of microdroplets for nanolitre delivery systems, to uses in dippen nanolithography.

The considerable, topical interest in microfluidics is reflected by four papers, ranging from channel formation by plasmas or lasers, through the creation of microdroplets for nanolitre delivery systems, to uses in dippen nanolithography. Izvestiya Mathematics 19931995Russian Academy of Sciences. The TiO2 papers demonstrate the wide variety of applications of this material, ranging from optical filters, through photocatalysts for environmentally useful reactions, nanostructures for controlling phase transitions in the material, to masks for deep silicon etching.

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