Kanematsu USA Inc. has been an American company for longer than many of the most famous of U.S. businesses, we have grown along with our affiliates around the world to become a diversified member of the global business community. Our major business areas include electronics, steel & metals, food products, chemicals, textiles and aerospace. In this era of borderless economy and uncertainty, business environment reflects a new spirit of global coordination and strategic planning. For American companies to be truly competitive, they must have instant access to information from all over the world and the know-how to use that information to their advantage.

Energy & Electric Systems, Electronic Devices, and Retail Systems. Its Energy & Electric Systems segment makes components and instruments used in automation, electric power, industrial plant, and facility construction applications. The unit also makes power semiconductors, sensors, and photoconductive drums. Its Electronic Devices group makes magnetic disks. The Retail Sytems group makes vending machines, currency handling devices, and refrigerated display cases.

Molecular Imprints, Inc. (MII) makes specialized lithography equipment used to imprint circuit designs onto semiconductor wafers and to fabricate nanoscale devices, micromachines, and structures. MII's Imprio systems use a technology called step-and-flash imprint lithography. Molecular company has installed advanced lithography tools at Cardiff University in the UK, Lawrence Berkeley National Laboratory, Pennsylvania State University, the University of Texas at Austin, and the University of Twente in the Netherlands. Molecular company was established in 2001. MII has offices in Germany, Japan, and the US.

Displaytech company makes ferroelectric liquid-crystal-on-silicon (FLCoS) microdisplays used as electronic viewfinders to frame, focus, and preview images in camcorders and digital still cameras. Displaytech's microdisplays combine the display device with controller and video interface subcomponents for easier integration into OEM products. Customers include Hewlett-Packard, Hitachi, Victor Company of Japan (JVC), Konica Minolta, Kyocera, Olympus, and Sony.

Micronetics, Inc., together with its subsidiaries, engages in the design, development, manufacture, and marketing of wireless components and test equipment, and integrated multifunction subassemblies. The companys products include radio frequency (RF) microwave components that consist of receiver components, noise components, voltage controlled oscillators, linearized and non-linearized power amplifiers, and broadband mixers and ferrites; and microwave integrated multifunction subassemblies, such as integrated multi-function modules, low noise receivers, conversion modules, RF microwave distribution networks, transmit drivers, broadband frequency synthesizers, and phase/amplitude control networks. Its products also comprise broadband test solution platforms, including carrier-to-noise, automated noise generators, bench-top noise generators, and hand-held power meter instruments. In addition, the company offers forklift, wall, and floor mount radio frequency identification systems for inventory management and other applications. Its microwave and RF components, and integrated multifunction subassemblies are used in various commercial wireless, defense, and aerospace products, including satellite communications, electronic warfare, and electronic counter-measures; test equipment, subassemblies, and components are used to test the strength, durability, and integrity of signals in communications equipment, such as radars, electronic warfare systems, guidance systems, wireless telecommunications, and satellite equipment; and microwave devices are used on subassemblies and integrated systems.

The Solaria Corporation, a solar technology company, manufactures cells and modules for the optics and semiconductor industries. The company develops cell and module technologies that fit into the existing value-add chain. It uses a low-concentration solar PV multiplying technology that produces PV cells from silicon material. The company is based in Fremont, California with locations in the United States, Germany, and the Philippines.

Standard Microsystems Corporation was founded in 1971 and is headquartered in Hauppauge, New York. Standard Microsystems Corporation (SMSC) designs and sells a variety of silicon-based integrated circuits that are primarily utilizing analog or mixed-signal technologies. Its integrated circuits and systems provide a variety of signal processing attributes that are incorporated by its customers into end products in the consumer electronics and infotainment, the mobile and desktop personal computer, and industrial markets. These products generally provide connectivity, networking or input/output control solutions for a variety of communication, computer and related peripheral, consumer electronics, industrial control system, or automotive information applications. It has four principal product types: computing and connectivity products, analog products, mobile products, and automotive information products. On September 8, 2009, the Company completed the acquisition of Tallika Corporation. In February 2010, the Company acquired Kleer Semiconductor Corporation.

The company operates through two units that develop analytical instruments and superconducting materials. Its analytical products include spectroscopes and X-ray fluorescence devices, which customers use for chemical analysis and for deposition and etching processes during semiconductor, telecommunications, and optoelectronics manufacturing. The company also supplies superconducting materials and related equipment for chemical and biochemical analysis and scientific research. Oxford Instruments gets more than 60% of its sales outside of Europe. The company pursues strategic acquisitions to bolster its product portfolio.

Amkor Technology, Inc. operates as a subcontractor of semiconductor packaging and test services in the United States and internationally. It provides packaging solutions, including leadframe and laminate packages using wire bond and flip chip formats. The company offers flip chip and wafer level packages in which the semiconductor die is connected directly to the package substrate or system board; three dimensional (3D) package-on-package and stacked chip scale packages in which the individual chips or individual packages are stacked vertically to provide integration of logic and memory; advanced leadframe packages, which are thinner and smaller packages; multi-chip or system-in-package modules used in mobile phones and other handheld end-products; and packages for micro-electromechanical system devices that are used in automotive, industrial, and consumer electronics markets. It also provides a line of advanced probe and final test services for analog, digital, logic, mixed signal, and radio frequency semiconductor devices. The company was founded in 1968 and is headquartered in Chandler, Arizona.

FARO Technologies, Inc. designs, develops, manufactures, markets, and supports portable, software driven, 3-D measurement systems used in a range of manufacturing, industrial, building construction, and forensic applications. Its products include Faro Arm, a combination of six or seven-axis, instrumented articulated measurement arm, a computer, and software programs; FARO Laser ScanArm that enables customers to measure products without touching them and offers a seven-axis contact/noncontact measurement device with an integrated laser scanner; and Faro Gage, an accuracy version of the Faro Arm product. The company also offers laser-based measuring devices comprising Faro Laser Tracker, a combination of laser measurement tool, a computer, and CAM2 software programs; and Faro Laser Scanner LS to measure and collect data points, allowing for the detailed 3D rendering of an object as a factory. It also offers CAM2 Software, a family of proprietary CAD-based measurement and statistical process control software, which includes CAM2 Measure X to compare measurements of manufactured components; CAM2 SPC Process for the collection, organization, and presentation of measurement data factory-wide; Soft Check Tool, a custom software program to lead an operator through a measurement process on the FaroArm or FARO Laser Tracker; and Faro Gage Software to produce graphical and tabular reports. The company's CAM2 product line also includes Laser Scanner LS Software comprising Faro Scout, a software tool for displaying 3D measurements and navigation; Faro Scene for displaying, analyzing, administrating, and editing 3D measurements; Farocloud for AutoCAD to support the visualization and analysis of 3D points; and Faroworks, a Web-based tool. It serves automobile, aerospace, heavy equipment, and law enforcement agencies primarily in the Americas, Europe, Africa, and the Asia Pacific. The company was founded in 1981 and is headquartered in Lake Mary, Florida.

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