Learn how to get the most out of your industrial encoder with BEI's new complimentary guide, BEI Industrial Encoders for Dummies. Whether you are a novice or an expert on encoders, this book will help you find out more about these multipurpose devices. BEI has partnered with the For Dummies series to provide an easy to read... (read more)

Advanced Optics manufacturers single and double-sided optical flats up to 8" in diameter for use in test and measurement or as optical windows. Their flats are available either uncoated, with an anti-reflective coating or with a variety of reflective coatings for use as mirrors. (read more)

The MPS-1400 Optical Drop Cable / Optical Node Stub is a connectorized assembly that is used to connect a fiber feeder splice point to an optical receiver node or Optical Network Unit (ONU). This eliminates the need to field terminate optical connectors or splice pigtails at the node enclosure. (read more)

Manufacturers of precision and custom optical components for use in medical instrumentation, academics and research, and industrial applications. Their product line includes optical flats, flat mirrors, optical windows, beamsplitters, and custom optical components. (read more)

Optical windows are available in two grades (commercial and precision) to meet various specific applications. Commercial grade windows offer a low-cost alternative to ultra-high precision optics while Advanced Optics precision polished windows meet even the most demanding applications. (read more)

High Plains Optics is pleased to announce our capabilities in the precision fabrication of Infrared materials. Our experience includes hands-on manufacture of ZnSe, ZnS, Si and Ge to name a few. (read more)

Optically bonding an LCD, OLED or Plasma display improves both optical performance and durability. Providing a durable adhesion between the flat screen and the overlay improves the displays' ability to resist shock, vibration and moisture. (read more)

Fiberoptics Technology Inc. (FTI) announces the development of a proprietary process to fuse optical, leaded glass fibers at the input, eliminating epoxy to improve high temperature and transmission performance. The process will be used to manufacture high end medical light guides and industrial components. (read more)

Gain from the many new possibilities provided by optical sensor technology – and HBM's proven reliability. Determine stress in components and in environments where conventional technologies have reached their limits. (read more)

NOS modules provide precision optical signal management in a flexible package. From narrowcast/broadcast overlay networks to optical couplers and attenuators, NOS provides solutions in compact packaging that are compatible with all standard fiber management systems. (read more)