PI (Physik Instrumente) Downloads

  1. Improved Automated Manufacturing of Opto-Mechanical Components

    Hexapod systems can be used to provide precision movement and positioning in the manufacturing process of opto-mechanical components. Often times though, this type of manufacturing process calls for precise motion in all six degrees of freedom.

  2. Piezo Mechanisms In Optics And Laser Technology

    Laser technology is crucial for the advancement of many high tech fields from aerospace to medical diagnostics. By Stefan Vorndran, Scott Jordan, Steffen Arnold, PI (Physik Instrumente)

  3. PI Products For Microscopy

    This brochure includes information on PI’s offerings as they relate to microscopy applications.

  4. Ultrasonic Motor Positioners

    This brochure is an overview of PI’s motor positioners.

  5. Piezoelectric Actuators

    This brochure provides an overview of PI’s Piezo actuators ideal for a wide variety of applications involving R&D, industry, high speed switching, laser tuning, life sciences, sensor systems, and more.

  6. Micropositioning: Product Overview

    PI offers linear positioners, DC and stepper micrometer drives, rotation stages, hybrid drive systems, motor controllers, hexapods, tripods, and other micropositioning systems designed to provide motion resolution and positioning accuracies in the range between a few tens of micrometers and 0.1 µm. For more information on these offerings, download the brochure.

  7. Piezo and Motion Control Solutions for Medical Applications

    PI offers Piezo and motion control solutions for microdosing, biohandling, computer aided surgery, microscopy, and other medical applications.

  8. Resolution Enhancement of Imaging Chips with Piezo Technology

    Cameras and scanning systems used in applications involving fluorescence microscopy, white-light interferometry OCT, or aerial photography need to be high resolution. When resolution needs to be increased, there are only a few options

  9. Advanced Fiber Alignment Engines For Photonic Packaging Automation

    In the earliest days of optical telecommunications more than two decades ago, the physical alignment of single-mode optical fibers, laser diodes, and early planar waveguide devices was a meticulous and frustrating task. Researchers and engineers spent countless hours hunched over coupling assemblies, adjusting micrometers and setscrews of manual fiber positioners to peak-up optical coupling for a short while, until drift processes necessitated re-alignment. It was a tedious and repetitive chore. By Scott Jordan and Stefan Vorndran, PI (Physik Instrumente) L.P.

  10. Precision Parallel Positioners

    This brochure is a product overview of Physik Instrumente’s precision parallel positioners, parallel kinematic systems, hexapods, controllers, and software. These products are used in fiber alignment, high precision positioning, signal transmission over long distances, handling systems, tool inspection, medical technology, space, and more.