Rad Elec Inc (REI) was incorporated in 1987 to manufacture and commercialize a product researched and developed under a research contract with NYSERDA (New York Energy Research and Development Authority) during 1986 -1987......Rad Elec Inc (REI) was incorporated in 1987 to manufacture and commercialize a product researched and developed under a research contract with NYSERDA (New York Energy Research and Development Authority) during 1986 -1987. The product was based on the principles of electret ion chambers. The product was commercially introduced under the brand name E-PERM® System. REI owns six electret ion chamber related patents. After the U.S. EPA evaluation, the product was released to the public for measurement of indoor and outdoor radon concentrations. The product quickly gained a world wide reputation as an accurate instrument for radon measurement. By 1993, the E-PERM had become one of the most used and successful devices in the US EPA Radon Proficiency Program and has remained so in later years. REI further continued the research and development in the diversified use of the electret ion chambers with further funding from NYSERDA and US DOE. REI has completed a number of CRADA (Cooperative Research and Development Agreements) programs with Oak Ridge National Laboratory ORNL) and National Institute of Standards and Technology (NIST). These researches led to several new applications. REI staff members are co-authors of more than 20 electret ion chamber related papers published in many peer reviewed scientific journals in the past six years. The new applications are aimed at providing accurate and low cost technology for use in the Nuclear Industry and for use in by US DOE for pre and post Decommissioning and Decontamination surveys. Further research is also being carried out to apply the electret ion chamber technology for biomedical applications. In addition to the wide use in USA, the technology is being used internationally in more than 20 countries, notably in Canada, Mexico, Germany, Sweden, Italy, Switzerland and South Africa. Currently, one of the largest radon measurement programs is being conducted by the U. S. Postal Service. It involves 150,000 radon measurements in 36,000 post office buildings uses E-PERMs.

RAD-CON, Inc. is one of the largest full-service bell annealing suppliers in the world, producing the most efficient and cost effective line of batch annealing systems available today. Since 1966, RAD-CON has focused on p......RAD-CON, Inc. is one of the largest full-service bell annealing suppliers in the world, producing the most efficient and cost effective line of batch annealing systems available today. Since 1966, RAD-CON has focused on providing very safe and highly efficient designs for all types of batch annealing, using a full range of annealing atmospheres. With its many product and process innovations, RAD-CON has not only transformed 100% Hydrogen Bell Annealing, but has also become the bell annealing Technology Leader.RAD-CON engineers have vast experience in the design and operation of bell annealing systems. This thorough understanding of the material, processes, productivity and quality targets allows RAD-CON to design an annealing system for your company that meets or exceeds your needs...while generating the return on investment you require today.The addition of Entec Systems International, Inc. to the RAD-CON Group has brought many years of steel industry process automation and consulting experience into the fold. Entec’s flagship product, CAPS™ Suite (the world’s leading optimization and modeling software for batch annealing) is a perfect enhancement for RAD-CON’s product offering.A Technology Consortium with Danieli Centro Combustion S.p.A (Milan, Italy), division of Danieli & C. (Buttrio (UD), Italy), has extended RAD-CON’s market reach to include all regions of the world. We are proud to have RAD-CON technology offered by Danieli, one of the largest worldwide suppliers of equipment and plants to the metals industry.

Rad-icon Imaging Corporation is the leading provider of high-performance CMOS image sensors and cameras for the digital radiography market worldwide. Our products enable medical practitioners, industrial manufacturers, an......Rad-icon Imaging Corporation is the leading provider of high-performance CMOS image sensors and cameras for the digital radiography market worldwide. Our products enable medical practitioners, industrial manufacturers, and scientific researchers to create superior image quality, high resolution, and large active area images based on our CMOS active pixel sensor (APS) technology. Founded in 1997 by Gene Weckler, the company’s mission is to explore new opportunities in x-ray imaging through state-of-the-art CMOS technology. The company’s core technical employees bring over 100 years of professional experience in developing solid state sensors and real-world experience in addressing our customers’ unique requirements in both visible and x-ray imaging applications. Among the 29 patents and innovations held by Rad-icon employees, the most significant contribution is Mr. Weckler’s work on "A Silicon Photodevice to Operate in a Photon Flux Integration Mode" which is the fundamental technology for all solid state sensors used in digital cameras from small point and shoot cameras to the Hubble telescope. In 2000, the company introduced its first product – the RadEye1 – an x-ray sensor based on CMOS technology designed to replace CCDs, and the first application of this technology was for surgical biopsy x-ray imaging to detect calcifications and tissue irregularities. Since then, Rad-icon introduced the RadEye™ family of high-resolution sensors along with complementary product lines of Shad-o-Box™ and Shad-o-Snap™ x-ray cameras, and in 2008, the company introduced the SkiaGraph8™ Very Large Area (VLA) x-ray camera with an 8”x 8” active sensing area, faster clock rates, lower noise, and higher sensitivity than competing devices on the market. Rad-icon’s products address diverse applications such as industrial inspection, non-destructive testing, medical imaging, electronics inspection, x-ray crystallography, biotechnology imaging, geology and exploration, and food/agriculture inspection. With Rad-icon’s sensors and cameras, our customers are able to implement cost-effective and high-performance digital imaging solutions. In 2008, Rad-icon Imaging Corporation became a division of its parent company – DALSA Corporation of Waterloo, Canada – and is headquartered in Santa Clara, CA with integration partners and distributors worldwide.

Rad-icon Imaging Corporation is the leading provider of high-performance CMOS image sensors and cameras for the digital radiography market worldwide. Our products enable medical practitioners, industrial manufacturers, an......Rad-icon Imaging Corporation is the leading provider of high-performance CMOS image sensors and cameras for the digital radiography market worldwide. Our products enable medical practitioners, industrial manufacturers, and scientific researchers to create superior image quality, high resolution, and large active area images based on our CMOS active pixel sensor (APS) technology. Founded in 1997 by Gene Weckler, the company’s mission is to explore new opportunities in x-ray imaging through state-of-the-art CMOS technology. The company’s core technical employees bring over 100 years of professional experience in developing solid state sensors and real-world experience in addressing our customers’ unique requirements in both visible and x-ray imaging applications. Among the 29 patents and innovations held by Rad-icon employees, the most significant contribution is Mr. Weckler’s work on "A Silicon Photodevice to Operate in a Photon Flux Integration Mode" which is the fundamental technology for all solid state sensors used in digital cameras from small point and shoot cameras to the Hubble telescope.In 2000, the company introduced its first product – the RadEye1 – an x-ray sensor based on CMOS technology designed to replace CCDs, and the first application of this technology was for surgical biopsy x-ray imaging to detect calcifications and tissue irregularities. Since then, Rad-icon introduced the RadEye™ family of high-resolution sensors along with complementary product lines of Shad-o-Box™ and Shad-o-Snap™ x-ray cameras, and in 2008, the company introduced the SkiaGraph8™ Very Large Area (VLA) x-ray camera with an 8”x 8” active sensing area, faster clock rates, lower noise, and higher sensitivity than competing devices on the market. Rad-icon’s products address diverse applications such as industrial inspection, non-destructive testing, medical imaging, electronics inspection, x-ray crystallography, biotechnology imaging, geology and exploration, and food/agriculture inspection. With Rad-icon’s sensors and cameras, our customers are able to implement cost-effective and high-performance digital imaging solutions. In 2008, Rad-icon Imaging Corporation became a division of its parent company – DALSA Corporation of Waterloo, Canada – and is headquartered in Santa Clara, CA with integration partners and distributors worldwide.

Radio Design Labs, Inc.®, abbreviated RDL®, is a manufacturer of electronic audio, video and control products headquartered in Prescott, Arizona, USA. Its products are distributed worldwide for use in commercial and resid......Radio Design Labs, Inc.®, abbreviated RDL®, is a manufacturer of electronic audio, video and control products headquartered in Prescott, Arizona, USA. Its products are distributed worldwide for use in commercial and residential audio and video installations and in broadcast and recording facilities. The company is known as the pioneer of application-specific electronic modules. The company produces modules in several trademarked product series including STICK-ON®, RACK-UP® and FLAT-PAK™. History Radio Design Labs was established in January, 1986 in Carpinteria, California, United States. The company name was chosen for its founders’ extensive engineering and sales experience in the broadcasting industry. The purpose of the business was to design and manufacture electronic modules and equipment for the broadcast, commercial sound, video, audio-visual and recording markets. The company set out to distinguish itself by three characteristics. First, all products would be designed and manufactured to exacting standards of professional performance and longevity previously reserved for broadcast and recording equipment. Second, the core product groups would be comprised of single-function modules enabling many features to be added to audio and video system designs. Third, the company would offer a broad base of technical and system design support to its customers led by an engineering staff with field experience. These principles have guided the company throughout its history. In September 1993 the company relocated its manufacturing division to Prescott, Arizona, United States. The sales offices remained in Carpinteria, California until December 2004 when all U.S. operations were consolidated to the factory campus in Arizona. RDL-Europe, B.V. was established as a subsidiary company in Amsterdam, The Netherlands in 1998. RDL-Europe serves as the RDL master distributor, providing inventory, sales and service for Europe (EEC) and surrounding regions. Application-specific Modules Audio and video systems in the years leading up to the founding of RDL were characterized by technical designs based on features available in commercial amplifiers and mixers. Examples include signal mixing, equalization, source selection and signal distribution. Available features often did not meet the optimal system design requirements, so system design flexibility was constrained by the functional limitations of the equipment used. RDL set about to change the way systems were designed through the use of single-function modules, also known as application-specific modules. Each module performs essentially a single function, such as mixing, equalization, source selection, signal routing, signal distribution, signal detection or remote control. The isolation of functions into single, low-cost high-reliability modules offered system designers complete flexibility to interconnect multiple modules in virtually unlimited combinations to create systems with previously unattainable features. This method of system design and installation was widely adopted within a few years of its introduction. RDL application-specific modules are used by nearly all system integrators in the United States and by progressive designers and installers worldwide. Audio products comprise the greatest diversity of function, including Power Amplifiers, Transformers, Processing, Paging, Microphone products, Mixing, Line Amplifiers, Test Equipment, Interface products, Pre-amplifiers, EMC (electromagnetic compatibility) products, Program Monitoring, Distribution, Signal Generators, Meters, Speakers, Crossovers, Filters, Attenuators, Phono pre-amplifiers, VCAs (voltage controlled amplifiers) and products to provide local and/or remote Switching. Certain functions offered in the Audio products group are applicable to other signal types. RDL Video products include Distribution, Attenuators, Line Amplifiers, Detectors and a variety of related video switching modules. STICK-ON Modules The first application-specific module, called STP-1, was sold in 1987. Within weeks, several additional modules were added to the STICK-ON series. The line quickly grew to nearly 50 different products. STICK-ON modules are compact monolithic plastic modules interconnected through high quality terminal blocks. An installation may consist of a single module, or multiple modules may be mounted in various RDL racking adapters. The STICK-ON series quickly became popular because the modules are compact and light-weight enough to be mounted right where they are needed. Adhesive mounting tabs are included with each product. Other Product Series Shortly after the introduction of the STICK-ON series, RDL introduced the first products in the RACK-UP series. These modules provide many of the STICK-ON series features and functions in a larger mechanical format with connectors. RACK-UP modules are primarily intended for rack-mounted installation. FLAT-PAK modules specialize in features common to back-board mounted installations. Other series including TX™ and AV-PAK™ modules meet the needs of various i

Radio Waves offers the most diverse product range of high-quality microwave antennas from 1.3 GHz to 86 GHz for Point-to-Point, unlicensed ISM, UNII,802.11 Wi-Fi & 802.16 WiMax broadband wireless bands at 2.4, 3.5 and 5 G......Radio Waves offers the most diverse product range of high-quality microwave antennas from 1.3 GHz to 86 GHz for Point-to-Point, unlicensed ISM, UNII,802.11 Wi-Fi & 802.16 WiMax broadband wireless bands at 2.4, 3.5 and 5 GHz, LMDS, Point-to-Multipoint, millimeter wave and broadcast microwave applications. Radio Waves is known globally for their rapid delivery and reliable microwave antenna designs. Radio Waves has developed a number of "firsts" in the microwave antenna industry, including the first integrated "slip-fit" microwave antenna design, the first LMDS hub antenna to meet stringent CS2 requirements and the first WiMax sector antennas. Radio Waves is a proven supplier of high quality microwave antennas for cellular base station interconnects, internet service providers, hospitals and campus environments, Wi-Fi, WiMax, private networks, disaster recovery and many other applications. With today抯 fast paced environment, Radio Waves customers require off-the-shelf microwave antenna system products with delivery times ranging from overnight to two weeks or less. Radio Waves can meet these demands tough logistics demand. Radio Waves manufacturers our microwave antenna products at both our global headquarters in Billerica, MA USA and at our manufacturing facility outside of London, UK. The breadth of our global manufacturing and logistics support allows us to efficiently deliver products when and where you need them.

Radiotronix™ was founded in January of 2001 to take advantage of the advances made in integrating RF functionality in wireless ICs and the goal was set to create a new generation of highly-integrated IC-style RF modules ......Radiotronix™ was founded in January of 2001 to take advantage of the advances made in integrating RF functionality in wireless ICs and the goal was set to create a new generation of highly-integrated IC-style RF modules that combined ease of use, enhanced performance and lowered customer cost. Our first wireless module was released in August of 2001 and won product of the year from Wireless Design and Development magazine. In 2002, we designed and manufactured the worlds first belt-worn GPS tracking system for non-violent offenders released on early parole. In 2004, we were contracted to design and manufacture a 20-user wireless audio system for in-car law enforcement applications. Today, over 5,000 of these systems are used daily to protect our officers in the field. In April 2005, Radiotronix™ brought on Red State Ventures as an equity partner to provide the much-needed working capital required to support our continued growth. In July 2005, we moved into a new manufacturing facility located in Oklahoma City, Oklahoma. In addition to the new facility, we added new manufacturing equipment, including a state-of-the-art MyData MY-12 hydra pick-and-place line. Since 2001, we have steadily grown our portfolio of embedded wireless modules and accessories. Today, we offer more than fifty products that make it simple and fast for any engineer to make any product wireless. Our products are value added and solve real problems through the innovative application of technological advances in radio design, embedded wireless protocol and application design, packaging, and manufacturing processes. Key markets include industrial automation, automated meter reading, asset tracking and management, law enforcement and emergency response management, home automation, and wireless sensor networks. Our standard embedded wireless products are marketed through a network of sales partners and distributed around the world by Mouser Electronics, Qualmex (Mexico), D-Components, Avnet, Braemac Electronics, Q-Vio, Symmetry Electronics, Eltech Ltd., Ekom Ltd., Solid State Supplies, Lawicel AB, Tecnikadue, B-Z Com Ltd. and Richardson Electronics. Our embedded wireless solutions give our suppliers the two things that they want and our customers the three things that they need. Wireless IC suppliers suffer from long sales cycles and a significant technical support burden due to the difficulty of wireless design and the relative inexperience of the OEM customer base. Our customer partners suffer from long and expensive development cycles, reliability problems from unproven hardware and software designs, and manufacturing issues due to the complexities of building wireless products. Embedded wireless solutions from Radiotronix™ solve these problems: the development to market cycle is reduced by 8-12 months, production issues are eliminated and overall production cost is reduced, technical support is provided to one company instead of hundreds or thousands, and our products are tested, reliable solutions with proprietary, state-of-the art features. In 2005, we expanded our business model to include custom manufacturing in response to a growing demand from our customer base for wireless product manufacturing. With the addition of custom manufacturing to our business model, we can now offer our customers the specific solution they need. Whether it is an off-the-shelf embedded wireless module, a custom wireless PCB, or a complete turnkey solution, Radiotronix™ is a proven and capable partner. Our focus is now to continue to develop the core business of embedded wireless modules and new lines of products have been introduced to further this component of our business. Radiotronix™ is also undertaking contract manufacturing which will allow us to provide our expertise to companies seeking cost effective solutions for existing and new products. Finally, we have implemented a customer-focused web-based marketing plan that will allow our customers the opportunity to obtain smaller orders at prices that are extremely competitive. Most importantly, we understand our first priority is our customer and our business is to provide solutions for them. Our engineers continue to fill the pipeline with new and innovative products and we listen to our customers. We are not satisfied with a product until the customer says they are. Let us help you achieve your next level of success.

RAE Systems Inc. (Amex: RAE) RAE Systems, founded in 1991, is a leading global developer and manufacturer of rapidly deployable chemical and radiation detection monitors and multi-sensor networks for homeland security and......RAE Systems Inc. (Amex: RAE) RAE Systems, founded in 1991, is a leading global developer and manufacturer of rapidly deployable chemical and radiation detection monitors and multi-sensor networks for homeland security and industrial applications. RAE Systems’ technologically advanced products are based on proprietary technology, and include a full line of portable, wireless and fixed atmospheric monitors and photoionization detectors and gamma and neutron radiation detectors for the detection and early warning of hazardous materials. Multiple Market Opportunities RAE Systems’ products enable the military and first responders such as firefighters, law enforcement and other emergency management personnel to detect and provide early warning of weapons of mass destruction and other hazardous materials. The Company’s products are used by many U.S. government agencies, including the Department of Homeland Security, the Department of Justice, and the Department of State, as well as all branches of the U.S. military, and by numerous city and state agencies. RAE Systems’ end users also include many of the world’s leading corporations in the airline, automotive, computer, and oil industries. RAE Systems’ products are used in civilian and government atmospheric monitoring programs in over 50 countries. Growth Strategy RAE Systems growth strategy is focused on expanding its penetration in multiple markets, leveraging its infrastructure in China while driving cost efficiencies and pursuing acquisitions and other strategic relationships. Pursue key markets: Homeland security market Rapidly expanding network detection market Expand the deployment of wireless sensor networks Public venue protection Transportation logistics Community awareness Leverage cost-efficient infrastructure in China Pursue acquisitions, joint ventures, licensing agreements and corporate alliances Competitive Advantages Product Innovation: RAE Systems’ detectors are capable of gathering part-per-billion readings with a device the size of a cellular pager. While other companies have products that can gather similar accuracy readings, their devices are larger in size. Wireless Integration: RAE Systems’ equipment collects data and transmits it from a remote location to a centralized location for analysis. Few competitors have the same wireless capability, and none are as focused on the growing homeland security marketplace as RAE Systems. Customer Service: RAE Systems provides customer support in the form of active user seminars for the equipment it produces. This high level of customer support has enabled RAE Systems to build a strong brand and differentiate itself from competitors. Patented Technology: RAE Systems has 18 issued and pending patents for its technology.

RAE Systems是一家高科技、国际化上市公司，成立于1991年，总部位于美国加州“硅谷”中心，是世界公认的PID技术领导者，以及无线传感网络和放射性检测产品制造商。公司生产、经营和服务各种气体检测设备、放射性检测设备、安全防护设备、自......RAE Systems是一家高科技、国际化上市公司，成立于1991年，总部位于美国加州“硅谷”中心，是世界公认的PID技术领导者，以及无线传感网络和放射性检测产品制造商。公司生产、经营和服务各种气体检测设备、放射性检测设备、安全防护设备、自动化控制设备、移动数字视频监控系统设备，同时还提供安防工程、系统工程等工程项目服务。 RAE Systems以世界危险环境检测防护设备的开发、制造和推广的领导者作为公司的战略定位。本着“创新•专业•信任”的理念，RAE Systems不断提高产品技术，在环境保护、职业健康、工业安全、应急救援和反恐防化等众多领域，为广大用户提供优质的产品和系统解决方案。 RAE Systems的产品运用了多项具有独立专利权的技术和设计。RAE Systems 独立拥有13项美国专利，5项欧洲专利，1项日本专利和1项中国专利。包括：光离子化检测器(PID)、辉光放电离子化检测器(CDID)和非色散红外检测器 (NDIR)等。尤其是光离子化检测器(PID)技术，可以准确、可靠、线性测量从1ppb(十亿分之一)到10,000ppm(百分之一)浓度范围的挥发性有机化合物和其它气体。 经过十几年的高效运作，RAE Systems公司不断发展壮大，已建立了全球性的研发中心、制造中心、销售服务网络和采购供应网络。在欧洲、亚洲等地区，还拥有RAE UK、RAE France、RAE Asia、RAE KLH、RAE Fushun、REnex等十余家全资或控股子公司。 我公司愿以雄厚的实力为广大用户提供高质量的产品和优质的服务！ 公司历程： 1991 RAE Systems在美国硅谷成立，并获得全球首家光离子技术专利 1994 RAE Systems在上海成立美资子公司- 华瑞科学仪器（上海）有限公司 1998 RAE Systems获得国际标准组织ISO9001 技术可开发质量体系认证 2000 RAE Systems技术开发中心成立 2001 RAE Systems在美国高科技投资市场上市(NASDAQ) 2001 华瑞科学仪器（上海）有限公司通过 ISO 9001/2000认证 2001 华瑞科学仪器有限公司通过欧共体（ATEX）认证 2003 RAE Systems欧洲总部在哥本哈根成立 2004 RAE Systems扩张中国市场，并购成立华瑞科力恒(北京)科技有限公司 2004 RAE Systems在上海成立技术开发中心（REC） 2004 RAE Systems在上海的制造中心获得上海外经委外商投资先进技术企业证书和上海科委高新技术先进企业 2006 RAE Systems在美国收购了美国安技新（Aegison）公司及旗下子公司 2007 RAE Systems在中国并购成立华瑞抚顺煤矿安全仪器有限公司

RAF is the nations leading supplier of electronic hardware components to a variety of industries, including computers, telecommunications, medical, entertainment and military/aerospace. Our Product Line includes the f......RAF is the nations leading supplier of electronic hardware components to a variety of industries, including computers, telecommunications, medical, entertainment and military/aerospace. Our Product Line includes the following: standoffs, spacers, handles & ferrules, male/female standoffs, captive screws, retainers, jackscrews, precision shoulder screws, thumbscrews, thumbnuts, swage standoffs, insulating washers, anti-rotation swage standoffs, swaging tools, and plastic circuit board supports. All products can be supplied in American standard and metric dimensions. RAF products are marketed through our online and print catalogs and are primarily sold through our worldwide network of Distributors. Additional support for both OEMs and Distributors comes from our Regional Sales Managers. As a full service manufacturer, we offer a wide range of products at your fingertips for immediate delivery. Most catalog items are off the shelf and available for same-day shipment. We can also supply any customized products with small minimum orders and competitive pricing. Our in-house plating facility also enables us to provide our customers with a quick turn around on plated parts. We are RoHS compliant.