PI Physik Instrumente Products

  1. Automatic Fiber Alignment/Collimator Alignment System with 6 Computer Controlled Axes 2/26/2013

    The H-206 is a 6-Axis Precision Alignment System for use in fiber alignment applications. It’s flexure based for high precision and includes integrated scan algorithms for fiber optic alignment. The system itself features 33 nm actuator resolution, bidirectional repeatability of 0.3µm/6µrad, 10µm.s to 10 mm/s velocity, parallel kinematics with six degrees of freedom, extensive software support, and a sophisticated controller that uses vector algorithms and a virtual pivot point.

  2. Affordable, Compact XYZ-Nanopositioning System 2/26/2013

    The P-611.3 NanoCube® is a multi-axis Piezo system used for the alignment of fiber and nanopositioning applications. More specifically, it can be used in semiconductor testing, micromanipulation, photonics/integrated optics, and biotechnology.

  3. Piezo Nano-Focus Positioner for Heavy, High NA Objectives 2/25/2013

    The P-726 PIFOC® is a high-load/heavy objective scanner for applications involving wafer inspection, 3D imaging, screening, confocal microscopy, surface analysis, autofocus systems, and super resolution microscopy.

  4. Vacuum Positioning Stages 1/18/2013

    Vacuum & cryogenic applications are becoming more essential due to technologies that can only be applied in vacuum and cryogenic environments. For two decades, PI miCos has provided motion control solutions for the vacuum and cryogenic field. We supply components and systems for vacuum levels from 10-3 mbar to 10-9 mbar. Most of our standard positioning products are designed for easy conversion to meet high vacuum and UHV requirements. We also apply our vacuum expertise to complete turnkey system solutions.

  5. Precision Rotation Stage: PRS-200 1/16/2013

    The PRS-200 Precision Rotation Stage provides excellent flatness and smooth motion through the use of two calibrated preloaded zero backlash precision roller bearings. This stage features a clear aperture with a 120 mm diameter, a load capacity up to 50 kg, integrated reference switches, a maximum speed of 150o/sec, uni-directional repeatability down to 0.0003, and more.

  6. Elevation Stage: ES-100 1/16/2013

    The ES-100 is an elevation stage that features a travel range up to 26 mm, up to 5.5 kg load capacity, integrated limit switches, a maximum speed of 20 mm/sec, uni-directional repeatability down to 0.05 µm, and more. Cross-roller bearings result in maximum rigidity and guiding quality, and the stage itself is driven by a precision ground re-circulating ball screw with 1 mm pitch.

  7. Precision Translation Stage: M-403/4 1/15/2013

    These precision translation stages are ideal for applications involving automation, quality assurance testing, R&D, metrology, semiconductor technology, or any other applications that requires cost-effective precision positioning. The stages can position loads of up to 20 kg over travel ranges to 200mm.

  8. 6-Axis Miniature Hexapod: H-811 1/14/2013

    This fast, compact, and highly precise 6-axis miniature hexapod is ideal for research and industry, standard and vacuum environments, laser and optics alignment, biotechnology, and tool control. This hexapod features a reference class 6-axis positioning system, a direct drive with brushless DC motors and long-life ball screws, a powerful digital controller, open software architecture, and much more.

  9. Nanofocus Positioner for High-Resolution Microscopes 1/11/2013

    The P-725 PIFOC® is a high-precision, long travel objective scanner for applications involving biotechnology, autofocus systems, semiconductor testing, confocal microscopy, 3D imaging, disc-drive testing, screening, metrology, and interferometry.

  10. Nanopositioning System For Super-Resolution Microscopy 1/10/2013

    The P-545.R7 Plnano® XY(Z) Piezo System is a low-cost nanopositioning system for super-resolution microscopy. It features a cost-effective design due to its piezoresistive sensors, easy integration with its 20 mm profile, up to 200 x 200 x 200 µm travel ranges, and much more.