The company was named after its owner Robert Michaelides, a pioneer of CAN technology, who founded the company in 1986. RM has earned a solid reputation for being customer-oriented over the years, as well as for being ski......The company was named after its owner Robert Michaelides, a pioneer of CAN technology, who founded the company in 1986. RM has earned a solid reputation for being customer-oriented over the years, as well as for being skilled and adept at using technology to meet our customers ever-demanding needs. RMs standard range of products naturally includes a broad range of popular conventional solutions for wire-connected protocols and interfaces. In recent years, RM has also developed groundbreaking wireless solutions to join our data-transmission technology - whether it is used in conjunction with devices, transmission of CAN messages via GSM (with optional GPS), GPRS and Bluetooth. This virtually puts an "unlimited" number of possibilities for tranceiving CAN data directly at the fingertips of our valued customers. RMs products offer outstanding flexibility, reliability and functionality and assist in the creation of particularly efficient and cost-effective CAN-Bus systems. Our success is based on both the unique competence with which we innovate, develop and produce new products and services, as well as the close and long-lasting relationships that we have had the privilege of sharing with our number one asset - our customers. To demonstrate our commitment to our customers, RM has achieved certification in accordance with DIN EN ISO 9001, in addition to being awarded numerous other international customer-specific quality assurance certifications.

The company’s headquarters is located in Dulles, VA. FerroLabs, Inc.’s factory, which develops and manufactures ferrofluids and ferrofluid-based devices, is located in Ivanovo, Russia, a city 300km southeast of Moscow. ......The company’s headquarters is located in Dulles, VA. FerroLabs, Inc.’s factory, which develops and manufactures ferrofluids and ferrofluid-based devices, is located in Ivanovo, Russia, a city 300km southeast of Moscow. Another FerroLabs, Inc.’s division, which has production line and specializes in the development and manufacturing of precise mechanics products, electronics equipment and provides quick prototyping services, is located in Berdsk (Novosibirsk region). In the course of its operation the division has the opportunity to use the huge production and research capabilities of scientific centre of Novosibirsk — Akademgorodok. The core of FerroLabs, Inc.’ team consists of highly skilled professionals: scientists and engineers working on research and development of ferrofluids and ferrofluid-based seals for over 30 years. Thus, our specialists possess comprehensive knowledge and great experience and have a high analytical and practical potential for research and development, as well as for manufacturing ferrofluids and ferrofluid-based seals with an application in many fields.

The company’s policy is one of continuous product improvement and the right is reserved to modify the specifications contained herein without notice. These products have been manufactured with current technology and in a......The company’s policy is one of continuous product improvement and the right is reserved to modify the specifications contained herein without notice. These products have been manufactured with current technology and in accordance with applicable AWWA Standards.

The company’s Tekmar and Dohrmann brands have a rich heritage that dates back over 25 and 40 years, respectively. Since creating the first commercial purge and trap concentrator in 1975, Tekmar has been synonymous with i......The company’s Tekmar and Dohrmann brands have a rich heritage that dates back over 25 and 40 years, respectively. Since creating the first commercial purge and trap concentrator in 1975, Tekmar has been synonymous with innovative, quality products for Volatile Organic Compounds (VOC) analysis that increase the productivity of end user analytical laboratories worldwide. Similarly, Dohrmann has a history of meeting the needs of a diverse group of industries with pioneering technology and products for elemental analysis, principally Total Organic Carbon (TOC) and Nitrogen (TOC/TN). Both Tekmar and Dohrmann started as independent companies. Dohrmann Dohrmann was founded by Bruce Dohrmann of San Francisco in 1960. Mr. Dohrmann was a businessman who supported research and development of electrochemical detection devices at the Stanford Research Institute. This technology became the underpinning of a number of early Dohrmann products. Dohrmann was a highly successful and innovative company which grew steadily through the 1970’s and 80’s. Dohrmann introduced many innovative instruments for the analysis of Total Carbon, Nitrogen, Sulfur and Chlorine and was the industry leader in this field. Dohrmann was acquired by Emerson Electric in 1986 and made part of Rosemount Measurements. The Tekmar Company The Tekmar Company was founded in 1972 by Mr. Lothar Witt and his partner Mr. Jim Grote as a distributor of scientific apparatus. Over the next several years, the line of products grew rapidly and the Tekmar catalogues become well known in the laboratory community. In 1974, Tom Bellar, a chemist with the USEPA in Cincinnati invented the “Purge and Trap” technique for analyzing trace levels (parts per billion) of volatile pollutants (such as benzene) in water. Purge and Trap gave a 100-fold improvement in sensitivity from existing laboratory equipment. Tekmar recognized the commercial potential of their invention and introduced the first commercial Purge and Trap device, the LSC-1 in 1976. Tekmar grew rapidly and became known as an innovator in instrumentation for trace analysis of VOC’s in water, air and soil. In 1990 Emerson Electric acquired the Tekmar Company and made it part of Rosemount. Tekmar Dohrmann Tekmar and Dohrmann continued as independent instrument companies under the Rosemount Analytical umbrella until 1996. Tekmar Company and Dohrmann were combined to form a single company, Tekmar-Dohrmann. Also, in 1996, the Dohrmann facilities in Santa Clara, California were shut down and all assets were physically moved to Cincinnati and consolidated into the Tekmar facility. Since that time Tekmar-Dohrmann has continued to support the Tekmar product line for VOC analysis and the Dohrmann product line for elemental analysis, primarily TOC analysis. Teledyne Tekmar On June 26, 2003, Tekmar Dohrmann was acquired from Emerson Electric by Teledyne Technologies Incorporated becoming a business unit of Teledyne Instruments, a group of electronic instrumentation businesses within Teledyne’s Electronic and Communications business segment. Teledyne Technologies is a leading provider of sophisticated electronics components, instruments and communication products, systems engineering solutions and aerospace engines and components with operations in the United States, the United Kingdom and Mexico. “Tekmar’s products expand Teledyne’s existing offerings in environmental monitoring and provide entry into the laboratory water quality testing market,” said Robert Mehrabian, Chairman, President and Chief Executive Officer of Teledyne Technologies. Today, Teledyne Tekmar still provides the high-quality TOC and VOC instrumentation that has made us so successful. We look forward to the future as we continue to develop new instruments for you.

The COMSOL Group provides software solutions for multiphysics modeling. We are a fast growing high tech engineering software company with a proven track record and a vision as a future leader of the industry. The company ......The COMSOL Group provides software solutions for multiphysics modeling. We are a fast growing high tech engineering software company with a proven track record and a vision as a future leader of the industry. The company was founded in July 1986 in Stockholm, Sweden. We have grown to include offices in Denmark, Finland, France, Germany, The Netherlands, Norway, Italy, Switzerland, United Kingdom, and U.S.A. Our corporate culture, like our products, is innovative, vibrant, and cutting edge. We are committed to encouraging creativity through an exciting, challenging environment in which individuals can excel and grow. Talented employees and an active learning environment are the keys to our success. This has allowed us to grow to a staff of 160 people. Founders and History Mr. Svante Littmarck and Mr. Farhad Saeidi founded the company in 1986. Svante Littmarck is the CEO of the COMSOL Group and the President and CEO of COMSOL, Inc. Farhad Saeidi is the CEO and President of COMSOL AB. Dr. h.c. Svante Littmarck CEO of the COMSOL Group Mr. Farhad Saeidi President and CEO of COMSOL AB We released our first modeling product, the PDE Toolbox, in 1995. In 1998 we published the first version of our flagship product, COMSOL Multiphysics® (initially called FEMLAB®). In subsequent years, our product line was expanded to include a suite of discipline-specific add-on modules for Structural Mechanics, Chemical Engineering, Hi and Low Frequency Electromagnetics, Heat Transfer, MEMS, Earth Science, Acoustics, and more. We also added modules for importing and exporting CAD drawings and a Material Properties Library to simplify modeling and simulation real world phenomena. Our Goal To develop easy-to-use software for modeling and simulation of real world multiphysics systems. To assist our users in getting the most out of our products. To sustain and reinforce COMSOL’’s position as a leading provider and developer of technical computing software. To make our technology the primary tool for engineers, researchers and lecturers within the fields of education and hi-tech product design. Customers Our customers are researchers and engineers working for leading technical enterprises, research labs, and universities. Our products help them design and develop high-tech products. Our customers make our cars and aircrafts safer and more energy efficient, they enhance the reception to our cell phones, they search for new energy sources, explore the universe, develop medical equipment enabling more accurate diagnosis, and they educate the next generation of scientists.

The concept, nurtured in the garage of his Lancaster County, PA, home, was based on kinetic energy and its effect on products as they pass through pneumatic conveyance systems during the production process. Paulson’s sol......The concept, nurtured in the garage of his Lancaster County, PA, home, was based on kinetic energy and its effect on products as they pass through pneumatic conveyance systems during the production process. Paulson’s solution was the Kinetic Gravity DeDuster, which uses a magnetic flux field to disrupt the electrostatic charge between contaminants and pellets, and a patented air wash deck to separate and remove the contaminants. The process improves product quality, saves production time, and reduces scrap. Today Pelletron offers a full range of pneumatic conveying solutions to customers around the world, besides the well established DeDusting technology. Pelletron has expanded its services to provide plastic manufacturers and compounders with various pneumatic conveying technologies, a full range program of conveying components and complete series of in-line and off-line DeDusting systems for the removal of dust and streamers.

The Concept: BUG-O Systems Inc., a division of Weld Tooling Corporation founded in 1948, is a manufacturer of a system of drives, carriages, rails and attachments designed to automate welding guns, cutting torches and oth......The Concept: BUG-O Systems Inc., a division of Weld Tooling Corporation founded in 1948, is a manufacturer of a system of drives, carriages, rails and attachments designed to automate welding guns, cutting torches and other hand held tools. The equipments basic motion control concept was born during W.W.II as a means to help mass produce Navy ships at Higgins Industries, a shipbuilder in New Orleans. This shipyard, with the help of the original BUG-O machines, produced a record 700 boats a month. Although the product has seen several changes and updates, it continues to serve its original intention to this day and has expanded to many types of steel fabrication in addition to shipbuilding. The Features: BUG-O Systems equipment is an inexpensive, modular, building block family of portable machines which provide precise path and constant speed control in any plane or position. These features are particularly desirable to steel fabricators as they produce the same results as a highly skilled welder. The Benefits: Ingenious users solve fabricating problems with standard, interchangeable components, at a fraction of the cost of custom designed machines or robots. The products can more than double the productivity of semiautomatic welding equipment or cutting apparatuses with a uniform improvement in quality, appearance and distortion control. Welders become machine operators who can, without fatigue, produce better products consistently, reliably and faster than with manual welding. The Applications: The products are used for applications such as oxy-fuel or plasma cutting and beveling, carbon arc or plasma gouging, TIG, MIG or Submerged arc welding, flame spraying and nondestructive inspection testing. The equipment is well known and used in many different types of steel fabrication industries such as shipbuilding, pressure vessel manufacturing, rail car manufacturing, structural steel fabricators, mechanical contractors, steel supply and service centers and or anyone who welds or cuts steel as part of their product or service.

The Concept: BUG-O Systems Inc., a division of Weld Tooling Corporation founded in 1948, is a manufacturer of a system of drives, carriages, rails and attachments designed to automate welding guns, cutting torches and oth......The Concept: BUG-O Systems Inc., a division of Weld Tooling Corporation founded in 1948, is a manufacturer of a system of drives, carriages, rails and attachments designed to automate welding guns, cutting torches and other hand held tools. The equipments basic motion control concept was born during W.W.II as a means to help mass produce Navy ships at Higgins Industries, a shipbuilder in New Orleans. This shipyard, with the help of the original BUG-O machines, produced a record 700 boats a month. Although the product has seen several changes and updates, it continues to serve its original intention to this day and has expanded to many types of steel fabrication in addition to shipbuilding. The Features: BUG-O Systems equipment is an inexpensive, modular, building block family of portable machines which provide precise path and constant speed control in any plane or position. These features are particularly desirable to steel fabricators as they produce the same results as a highly skilled welder. The Benefits: Ingenious users solve fabricating problems with standard, interchangeable components, at a fraction of the cost of custom designed machines or robots. The products can more than double the productivity of semiautomatic welding equipment or cutting apparatuses with a uniform improvement in quality, appearance and distortion control. Welders become machine operators who can, without fatigue, produce better products consistently, reliably and faster than with manual welding. The Applications: The products are used for applications such as oxy-fuel or plasma cutting and beveling, carbon arc or plasma gouging, TIG, MIG or Submerged arc welding, flame spraying and nondestructive inspection testing. The equipment is well known and used in many different types of steel fabrication industries such as shipbuilding, pressure vessel manufacturing, rail car manufacturing, structural steel fabricators, mechanical contractors, steel supply and service centers and or anyone who welds or cuts steel as part of their product or service.

The Connor-Winfield Corporation is a privately held, US based electronic product manufacturer. After incorporation in 1963, Connor-Winfield focused primarily on designing and manufacturing quartz based timing circuits and......The Connor-Winfield Corporation is a privately held, US based electronic product manufacturer. After incorporation in 1963, Connor-Winfield focused primarily on designing and manufacturing quartz based timing circuits and oscillators for use in a wide variety of electronics applications. In the 1990s, Connor-Winfield expanded into other product areas while maintaining a continued focus on its core timing roots. Connor-Winfields frequency control products are used in a wide variety of applications including telecommunications, LAN and WAN products, computer, and other microprocessor and electronic equipment. We specialize in designing custom and semi-custom frequency control products but also offer a broad line of standard oscillator products and non-crystal based oscillators. ISO Certification We believe that quality begins well before our products are ever assembled. By maintaining our ISO 9001 Quality System certification, continuous improvement to our processes is a commitment we make to constantly go beyond the expectations of our customers. For us, quality is not just a technique or system, it is an all encompassing and uncompromising philosophy to produce products that not only precisely meet our customers quality requirements, but also surpass them in every way. View Our ISO9001:2000 Certificate WBE Certification Connor-Winfield is proud to be a WBE Certified Company. WBE (Womens Business Enterprise) is an independent business concern that is at least 51% owned and managed by one or more women who are US citizens whose business formation and principal place of business is in the US or its territories and whose management and daily operation is controlled by one or more of the women owners. Our President for over 45 years, Mrs. Roberta Olp, is a charismatic force in the continuing innovation found at Connor-Winfield. View Our WBE Certificate Environmental Mission Statement Connor Winfield is committed to conducting corporate business in a globally responsible manner that is consistent with principles that are sensitive to the environment. We understand that we have a vital role to play in sustaining our environment. Therefore, we will take an active role in reducing the environmental impact of our operations and products. Further, we pledge to our stakeholders that we are in compliance with all local, state, and federal environmental regulations, and that wherever possible, we will strive to reduce the environmental impact of our business operations. To demonstrate our commitment to these principles we: Have been CFC free in all of our manufacturing operations since 1994 Have embraced RoHS principles and now offer a broad range of compliant products Meet all applicable environmental, health and safety-legal requirements to which we subscribe in the countries where we do business Have incorporated the principles outlined in the EICC (Electronic Industry Code of Conduct) as an internal company policy Will maintain active programs to reduce our use of consumables (energy, water, materials, etc) Will work with our employees to provide and maintain a safe and healthy workplace Subsidiaries Connor-Winfields subsidiaries and business units include Connor-Winfield Global Timing Solutions, NavSync, Ltd., Janus Remote Communications and Hybrid Circuit Works. Connor-Winfield Global Timing Solutions Connor-Winfield Global Timing Solutions encompasses two quartz crystal operations a crystal oscillator design manufacturing group, and a timing products group that specializes in designing synchronous clocks, PLL modules, special function ASICs for telecommunication and data communication applications, and global position system (GPS) based timing solutions for synchronous Ethernet applications. NavSync, Ltd. NavSync, Ltd. designs and manufactures GPS receiver products specializing in timing and custom navigational applications. NavSync GPS technology enables tracking and acquisition in areas normally outside standard GPS receiver environments. NavSync assisted GPS receivers not only track, but acquire satellite signal under very harsh conditions such as indoor applications and severe urban canyons. Janus Remote Communications Janus Remote Communications provides state-of-the-art wireless products and services as well as custom design solutions for the global M2M marketplace. The Janus online store offers a wider variety of wireless devices, including Telit Wireless Solutions GSM/GPRS products, NavSync GPS timing and navigational products and services, Janus custom wireless products, Taoglas antennas, Janus Data Services, and a multitude of other products to make wireless integration effortless. Hybrid Circuit Works Hybrid Circuit Works focuses on thick film technologies, hybrid assembly technologies, PCB surface mount technologies and custom design services. Our highly automated electronic assembly facility creates a uniquely efficient high-tech manufacturing environment designed to contract our core technologies and capabilities to OEMs of thick film products. We special

The Danaher Industrial Controls Group (DICG) offers the worlds broadest range of reputable brand name monitoring, sensing and motion control automation products to satisfy a full range of industrial factory and process ......The Danaher Industrial Controls Group (DICG) offers the worlds broadest range of reputable brand name monitoring, sensing and motion control automation products to satisfy a full range of industrial factory and process applications. The DICG business platform, formed in 2000, is a conglomeration of some 15 world-class manufacturing companies delivering innovative, high value and reliable environmental controls to diverse businesses and industries the world over. No one focuses on productivity and manufacturing improvement more than DICG. The ability to sense, validate, track and record critical environmental and industrial variables such as speed, direction, position, temperature and timing are essential to improving manufacturing productivity and achieving excellent product quality time after time. Renowned DICG brand products perform and ensure that predictability, consistency and repeatability are maintained within your key engineering design concepts and manufacturing drivers.