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Application Samples
Web Links A selection of links that are all related to servo Halbeck motion control products used in different projects.
  Web Link Hits
  Link   EADS Astrium: POSYS® 804 on International Space Station (ISS)
The EADS Astrium GmbH chooses the POSYS 804 in a custom version (industrial temperature range and without pluggable parts) to control two brushed and two brushless servo motors for special agravic tests on the ISS (International Space Station). The pre-tests have been already successfully completed and testing process for the engineering and flight model will now start in July 2007.
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  Link   Jireh Industries: LPIT (Pipeline Inspection Tool)
This robotic inspection system was custom developed as a highly precise and flexible pipeline integrity scanner. The fully automatic LPIT uses ten computer controlled servo motors (controlled by x3 POSYS 804) which enable the crawler to position...
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  Link   Intergraph/ Z/I-Imaging: POSYS® motion controllers for PhotoScan®
PhotoScan® is the world's choice for high-throughput, precise photogrammetric scanning. It provides extremely high scanning speed (less than 7 minutes for a 14 micron scan of a 236 x 236 mm film for either color or black/white imagery). Our scanner consistently outperforms the competition in customer benchmarks. (Scanhead controlled by POSYS® 502/504)
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  Link   Ziemer Group: DA VINCI Femtosecond Surgical Laser
Ziemer's FEMTO LDV, the first compact, mobile femtosecond surgical laser, has been conceived to provide a versatile, powerful platform for a wide spectrum of applications in corneal surgery. (POSYS 1824 and AMC B12A6 controlling laser & optics)
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  Link   Siemens Medical Solutions: Controlling Optics in Mammography
Siemens Medical Solutions relies on the Motion Control chipset from Performance Motion Devices to control the optics for their focussing system in the digital and analog mammography apparatus.
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  Link   Physik Instrumente (PI) GmbH & Co.KG: Motion Controllers based on PMD's DSPs for Servo Motors
PI: Advanced Motion Controllers for Micropositioning, Hexapod Control. Piezo motor, DC Motor, Servo Motor, Stepper Motor, Hexapod Controller
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  Link   Olympus Lab Automation: Blood Manipulators
The Olympus OLA2500 Series fully automates the pre- and postanalytical sample handling steps in medium to large laboratories. It offers unlimited system access thus providing a unique flexibility at minimum hands on. (PMD MC2120/MC2140; upto 28 axes)
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  Link   Shotoku Broadcast System | Robotics
Since Shotoku's foundation we have accumulated technologies for the remote control of small to large television cameras. (POSYS 802-B & 804-B used for camera-head positioning, focussing and zooming)
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  Link   Zoller & Fröhlich 3D Laserscanner
The first 3D-stand alone laserscanner worldwide not only impresses because of its changed design but also because of its many technical innovations. (utilizes our SC-AT-2M controller & PMD-1M-BL amplifier)
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  Link   Aura Optik: Controller for Cell Manipulation
Prepare manually - identify single cells - isolate - transfer for analysis: a single system for the complete "prep-flow". (Controller: LSD-AT-2M; integrated 2 axes controller/amplifier system) Single cell preparation is no longer dedicated to experts - we simplify the cell isolation: Our modulized platform unifies high-end stereo microscopy with laser technic for the micro preparation. Each step of your "prep-flow" - starting from the manual pre-preparation, continuing with the help of laser scalpel and tweezers up to the semiautomatic transfer to the test carrier - is supported from the platform. You have in this case the possibility at any time to document.
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  Link   Tunable H-alpha Lyot filter with advanced servo system
Tunable H-alpha Lyot filter with advanced servo system and image processing: instrument design and new scientific results with the Dutch Open Telescope. (POSYS 804 used for servo control)
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  Link   Autonomous Above Ground Gopher
Our vehicle uses a differential drive system for movement. To power the differential drive we chose servomotors (controller: POSYS 704), because of their precise controllability and the ease with which they can be integrated into our control strategy
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  • Application Samples   (12)

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