PI (Physik Instrumente) is a leading manufacturer of precision motion control and automation equipment, including piezo motors, air bearing stages, piezo nanopositioning equipment, and hexapod 6-DOF parallel-kinematics for applications in semiconductor manufacturing, photonics, bio-nano-technology and medical engineering. PI has been developing and manufacturing standard & custom precision products with piezoceramic and electrodynamic drives for over 4 decades.
The company has been ISO 9001 certified since 1994 and provides innovative, high-quality motion, positioning and automation solutions for OEM and research. PI is present worldwide with 13 subsidiaries, R&D / engineering on 3 continents, and total staff of 1300+.
PI’s US operation has extensive experience in the design and manufacture of ultra-high precision air bearing positioning and automation systems and piezo mechanisms for high speed motion.
Inertia Motor-Based Miniature Positioning Mechanisms - Overview of Applications and Performance
Hexapod Parallel Robots Automate Highly Precise Production Processes
Actuators for High-Speed Automation and Testing - Controlling Force and Position Simultaneously with Extreme Precision
What is the Difference between Piezo Ultrasonic Motors, Inertia Motors and PiezoWalk Motors - Short Design Principles Overview
Nanometer Precision for Industrial Automation Using High Performance Motion Controllers and Advanced Positioning Stages
Advances in Nonmagnetic Nano-Precision Mechanisms and Positioning Stages for Electron Microscopy Applications Under Vacuum Conditions
Precision Motion Control and Positioning Systems - How Do They Work – What Performance is Available?
Why Medical Equipment Design Engineers Move Towards Piezo Transducers and Piezo Ceramic Motors
Nanometer Precise Motion with Stepper Motor-Driven Positioning Stages? Advances with Precision Mechanics, Modern Controllers and Error Mapping Algorithms
The Benefits of Using Piezo Transducers as Generators, Transmitters and Receivers of Ultrasonic Waves
Fast, Accurate Automatic Testing of Photonics Components Suitable for Industry
PI nano XY and PI nano XYZ - Long Travel and Low Profile Piezo Nanopositioning Systems for Microscopy Applications
Dr. Thomas Bocher Appointed Physik Instrumente Marketing Head of Microscopy & Life Sciences
Motion & Control Industry 2017 Awards Skills & Training Finalist is PI (Physik Instrumente)
Dynamic Positioning & Scanning Delivered in Integrated XY Linear Motor Drive
Control Your Hexapod Using Your iPad
Miniature XYZ Precision Positioning Stages with Inertia Motors from PI
V-408 Linear Motor Stage with Miniaturized Dimensions and fast 3-Phase Linear Motor by Physik Instrumente
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