Press Release Summary:
Model KP-1SM100 is based on laser rotary encoder technology. It obtains significant temperature characteristics by employing digital servo controllers and encoders with diffraction interference systems that utilize diffraction of laser beams. Scanning angle is Â±10Â° and rotor inertia is 10.5 gcm-sq with 30 mm diameter mirror, resulting in positioning resolution of .02 arc sec. System can be used in miniaturized, high density PC board manufacturing.
Original Press Release:
Canon U.S.A. Introduces Motor Encoder and Controller System
Ultra Compact, Applicable For Portable Electronic Devices LAKE SUCCESS, NEW YORK, April 8, 2003 - The Semiconductor Division, Encoder Products Group, of Canon U.S.A., Inc., a subsidiary of Canon Inc. (NYSE: CAJ), has introduced a new encoder system for use in miniaturized, high density PC board manufacturing. Particularly applicable for portable electronic devices, the new ultra compact system is complete, including a controller and a specialized KP-1SM100 motor encoder. The Canon KP-1SM100 system's precision control of laser beam scanning through high inertia mirrors makes it extremely cost-effective for laser marking and laser processing applications. The new system is based on Canon's leading-edge laser rotary encoder technology and it is ultra compact. It features a high scanning angle (±10°) and rotor inertia (10.5 gcm-sq.) with a 30mm diameter mirror. This results in a positioning resolution of .02 arc seconds (or less). Torque constant is 0.10 Nm/A. Miniaturized environments can create excessive temperature environments. Unlike the performance degradation and downtime observed with laser scanners that employ galvanometers for beam control, the Canon KP-1SM100 obtains significant temperature characteristics by employing digital servo controllers and encoders with diffraction interference systems that utilize the diffraction of laser beams. The scanners achieve high positioning accuracy of 0.5 µrad (microradians (*1) or lower, and accelerate to settling speeds (*2) of 0.7 msec./0.3° and a settling range of ±215 µrad. They contribute significantly to cost reduction and increased uptime at the manufacturing site when incorporated into laser board-processing equipment. The new system also has applications in other high precision areas, including laser trimmers, LCD repair devices, rapid prototyping machinery that generates three-dimensional models directly from 3D-CAD data and optical spectrum analyzers for optical communications. For more information and application notes, contact Ron Travis, Semiconductor Division, Encoder Products Group, Canon U.S.A., Inc., One Canon Plaza, Lake Success, New York 11042. Phone: 516-328-4611. Fax: 516-328-4601. Email: firstname.lastname@example.org. Canon U.S.A., Inc. delivers consumer, business-to-business, and industrial imaging solutions. The Company is listed as one of Fortune's Most Admired Companies in America, and is ranked # 41 on the Business Week list of "Top 100 Brands." Its parent company Canon Inc. (NYSE:CAJ) is a top patent-holder of technology, ranking second overall in the U.S. in 2002, with global revenues of $24.5 billion. Canon U.S.A. employs approximately 11,000 people at over 30 locations. For more information, visit www.usa.canon.com. All referenced product names, and other marks, are trademarks of their respective owners.