ATMI, Inc. was founded in 1986 and is headquartered in Danbury, Connecticut. ATMI, Inc. (ATMI) is a supplier of high performance materials, materials packaging and materials delivery systems used worldwide in the manufacture of microelectronics devices. The Company products consist of front-end semiconductor performance materials, sub-atmospheric pressure gas delivery systems for safe handling and delivery of toxic and hazardous gases to semiconductor process equipment, high-purity materials packaging and dispensing systems that allow for the reliable introduction of low volatility liquids and solids to microelectronics and biopharmaceutical processes. ATMI targets semiconductor and flat-panel display manufacturers, whose products form the foundation of microelectronics technology proliferating through the consumer products, information technology, automotive, healthcare and communications industries. ATMI serves three markets: integrated circuit (IC) fabrication, flat-panel displays and the life sciences market.

Qcept Technologies, Inc. manufactures and sells wafer inspection systems for the semiconductor manufacturing industry. Its ChemetriQ inspection systems are used to detect non-visual residues, sub-monolayer metallic and organic contamination, and other yield-killing surface non-uniformities that cannot be seen by optical tools. The company was formerly known as Intelligent Sensor Systems, Inc. and changed its name to Qcept Technologies, Inc. in August 2002. Qcept Technologies, Inc. was founded in 2000 and is based in Atlanta, Georgia with a sales office in Austin, Texas.

Custom Sensors & Technologies (CST) is taking a custom approach to the sensor business. Custom Sensors & Technologies company makes electronic sensors, controls, and actuators used in factory and process automation, aerospace and defense equipment, telecommunications gear, and a wide range of transportation applications. CST's products, which include DC motors, optical encoders, servo systems, and trackballs, help determine exact positions and link the actions of precision mechanisms, such as automotive stability-enhancement systems. CST is a global business unit of Schneider Electric, and is composed of several industry-branded business segments.

ChipWrights can't improve your golf game, but could improve your image. The fabless semiconductor company develops visual signal processors (ViSPs), a type of digital signal processor designed for imaging applications. ViSPs are used in products such as cell phones, digital still cameras, printers, and video editing systems. ChipWrights outsources manufacturing of its chips, and also licenses its designs. The company was founded in 2000 by Brian Fitzgerald (former CEO), John Redford (CTO), and other executives of the company. ChipWrights Design's investors included Axiom Venture Partners, BancBoston Ventures, and Rock Maple Ventures. AD Group of the UK acquired the company's assets and business in 2005.

The McCoy Group was founded in 1959. The McCoy Group distributes electronic components manufactured by companies such as Bartlett, Cambion, Data Delay Devices, Hurst, and Knowles Acoustics. Products include capacitors, circuit breakers, couplers, coils, delays, jacks, inductors, motors, thermoelectric coolers, and varistors. It serves customers located in Delaware, Maryland, southern New Jersey, eastern Pennsylvania, and Virginia.

EIT provides contract electronics design and manufacturing services, primarily to OEMs in the instrumentation, process control, and communications industries. The company's services include circuit design, prototyping, procurement, production and quick-turn assembly, along with in-circuit testing. EIT was founded in 1977 by chairman and CTO Joe May; it was first known as Electronic Instrumentation and Technology, hence the EIT name.

Ball Semiconductor has developed technology for fabricating chips on spheres of silicon, rather than the conventional flat silicon wafers. Founded in 1996, Ball Semiconductor Inc. also designs, makes, and sells photomaskless exposure systems. Ball Semiconductor's products are used in lithography systems, optical research, fluorescent excitation processes, high-density printed circuit boards, color filters for LCD/thin-film transistor/plasma display panels, and microelectromechanical systems (MEMS) manufacturing. Ball Semiconductor company is currently focusing on developing surface-acoustic wave (SAW) sensors.

Altera Corporation company was founded in 1983 and is headquartered in San Jose, California. Altera Corporation (Altera) is a semiconductor company. The Company designs, manufactures and markets programmable logic devices (PLDs), HardCopy application-specific integrated circuits (ASICs), pre-defined design building blocks, known as intellectual property (IP) cores, and associated development tools. Altera is a supplier of complementary metal oxide semiconductor (CMOS) PLDs. The Company’s PLDs consist of field-programmable gate arrays (FPGAs) and complex programmable logic devices (CPLDs), which are semiconductor integrated circuits, or chips, that its customers program to perform logic functions in their electronic systems. Its HardCopy ASICs enables its customer transition designs from FPGAs to non-programmable implementations. Altera’s IP cores can be licensed by customers to add functions to their PLD designs.

Savaria Concord Lifts designs, manufactures and distributes top-of-the-line accessibility products, including residential and commercial elevators, stair lifts, wheelchair lifts, incline and vertical platform lifts, automatic Doors and Operatorss and a selection of ADA compliant products. Savaria equipment is certified to meet or exceed all applicable elevator and lift codes in North America. Savaria users' safety is paramount. Savaria products are built to last with robust materials and safety features that meet established safety standards in countries around the world. With 600 distributors in Canada and the U.S.A., Savaria Concord Lifts is their first choice in accessibility products and home elevators. Thousands of North Americans access, exit and move vertically in homes and commercial spaces using Savaria Concord products. Savaria products are also available through dealers in Africa, Asia, Australia, Europe, South America, UK and most recently the United Arab Emirates. Savaria Concord stairlifts are equipped with user friendly features, have some of the quickest installation times in the industry and are all backed by a 36-month guarantee. Savaria products enhance your quality of life by opening up access to homes and business spaces. It is with pleasure that we introduce you to Savaria Concord's complete line of accessibility products. Please contact us if you have any questions or would like more information.

Novellus Systems, Inc. was founded in 1984 and is headquartered in San Jose, California. Novellus Systems, Inc., together with its subsidiaries, develops, manufactures, sells, and supports equipment used in the fabrication of integrated circuits. It operates in two segments, Semiconductor Group and Industrial Applications Group. The Semiconductor Group segment manufactures and supplies equipment used in the deposition of thin dielectric and metal films, as well as equipment used in complementary manufacturing steps, including surface preparation and ultraviolet thermal processing. Its deposition systems use chemical vapor deposition (CVD), physical vapor deposition (PVD), and electrochemical deposition (ECD) processes to form transistor, capacitor, and interconnect layers in an integrated circuit. This segment’s High-Density Plasma CVD (HDP-CVD) and Plasma-Enhanced CVD (PECVD) systems employ chemical plasma to deposit dielectric material within the gaps formed by the etching of aluminum, or as a blanket film that can be etched with patterns for depositing conductive materials into the etched dielectric. Its CVD Tungsten systems are used to deposit conductive contacts between transistors and interconnect; PVD systems are used to deposit conductive aluminum and copper metal layers by sputtering metal atoms from the surface of a target source; and Electrofil ECD systems are used to deposit copper to form the conductive wiring on integrated circuits using copper interconnects.

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