Converteam solutions are not only mission-critical to the customers’ processes and their value is far greater than their place in customers’ overall investments. Our unique approach is based on an in-depth understanding of both processes and client needs, enabling us to offer the most optimized solutions while lowering environmental impact.

Tech/Ops Sevcon, Inc. was founded in 1987 and is based in Southborough, Massachusetts. Tech/Ops Sevcon, Inc. (Tech/Ops Sevcon) is engaged in the electronic controls business. Through its wholly owned subsidiaries located in the United States, England, France, South Korea and Japan, the Company designs, manufactures, sells, and services, under the Sevcon name, microprocessor based controls for zero emission and hybrid electric vehicles. The controls are used to vary the speed and movement of vehicles, to integrate specialized functions and to prolong the shift life of vehicles’ power source. The Company’s customers are manufacturers of on-road, off-road and industrial vehicles, including automobiles, buses, fork lift trucks, aerial lifts, mining vehicles, airport ground support vehicles, utility vehicles, sweepers and other battery powered vehicles. Through another subsidiary located in the United Kingdom, Tech/Ops Sevcon manufactures special metalized film capacitors for electronics applications.

Phase Matrix develops and manufactures microwave and radio-frequency (RF) test equipment, such as microwave frequency counters, pulse generators, microwave synthesizers, and power amplifiers. The company designs and manufactures instruments on a contract basis for OEMs, and also provides repair services and spare parts for EIP-branded instruments. Phase Matrix acquired the assets of EIP Microwave in 1999. The company also supplies microwave components, such as high-speed clocks and oscillators. Pete Pragastis, the company's president, and VP Charanbir Mahal together hold the majority ownership in Phase Matrix.

Akustica lets your cell phone tell you it feels used. The fabless semiconductor company develops audio system-on-a-chip products used in sound capture and reproduction for automotive, cell phone, computer, imaging, and medical applications. Its Sensory Silicon chips -- based on MEMS (microelectromechanical systems) technology licensed from Carnegie Mellon University -- allow electronic devices to hear, speak, and sense through acoustic membranes and other sensor structures. The company touts its digital microphones as immune to radio-frequency and electromagnetic interference, an important consideration as wireless communications products proliferate. Bosch's North American unit acquired Akustica in 2009.

Micro Power Electronics (MPE) makes batteries and battery systems used in defibrillators and other hospital equipment, as well as chargers, docking stations, and external and internal power adaptors. While its products are also used in more pedestrian applications like laptop computers and bar code scanners, MPE's batteries are in 90% of all external defibrillators in the US. The company also makes ruggedized batteries and chargers used by the military. Its services include design, manufacturing, testing, system integration, and training.

The Dewey Electronics Corporation engages in the development, design, and manufacture of military electronics in the United States and internationally. Its principal products comprise electronic and electromechanical systems manufactured for the armed forces of the United States and for the Department of Defense. The Dewey Electronics Corporation company also manufactures and sells commercial snowmaking equipment and related spare parts to the leisure and recreation industry. In addition, it provides speed and measurement instrumentation primarily for the U.S. Navy and other prime contractors, such as shipbuilders. The Dewey Electronics Corporation company was incorporated in 1955 and is based in Oakland, New Jersey.

OSE has been committed to providing a broad range of high value-added IC packaging and testing services and Electronics Manufacturing Services (EMS/CEM), enabling customers to maximize and optimize their resources and apply their core strengths in research and development (R&D), design, and marketing. OSE draws on its core competence in the innovation of the manufacturing process, information technology, and business workflow to offer a wide range of services to large international corporations. We pay special attention to quality control, cost structure, production capacity, timely delivery, and global logistics. By providing quality services, OSE seeks to establish long-term partnerships with its clients.

Everett Charles Technologies, Inc. engages in the development, manufacture, and sale of technology board test products. It offers contact probes for testing bare and loaded printed circuit boards, as well as standard and custom contacts for the ATE industry and original equipment manufacturer applications, such as IC, DUT, BGA, PGA, LGA, interface, double ended fine pitch, and anti-walkout. The company also offers various semiconductor test products, including test sockets, performance boards, probe card blanks, spring probes, IC handlers, and contractor designs. In addition, it provides applications solutions for interconnect substrate test, including fixture fabrication for bare board testers, fixture supplies, testing, data prep, and test floor productivity and process control for bare board test equipment; and bare PCB test probes, loaded PCB test probes, semiconductor probes, and tools. It has manufacturing facilities in the United States, Europe, Japan, and Taiwan. The company was founded in 1965 and is headquartered in Pomona, California with sales offices in the United States, Germany, and Japan. Everett Charles Technologies, Inc. operates as a subsidiary of Dover Corp.

First Solar was founded in 1999 and is headquartered in Tempe, Arizona. First Solar, Inc. (First Solar) is engaged in the manufacture and sale of solar modules with an advanced thin film semiconductor technology, and it designs, constructs and sells photovoltaic (PV) solar power systems. It operates the business in two segments: components segment and systems segment. Components segment designs, manufactures and sells solar modules to solar project developers and system integrators. Systems segment provides PV solar power system for commercial systems, which includes project development, engineering, procurement and construction (EPC), operating and maintenance (O&M) services and, when required, project finance. In April 2009, First Solar acquired the solar power project development business of OptiSolar Inc.

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.

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