Physik Instrumente developed a high-performance 6-DOF hexapod motion and positioning system for highly dynamic compensation kinematics in aircraft construction. The project's goal was to enhance the processing and sealing precision of CFRP-components in resin transfer molding manufacturing processes, while also reducing manufacturing times and process costs.
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Advances in Aircraft Construction
Hexapod Enables Highly Dynamic 6-D Compensation Kinematic for Robots
NASA’s Roman Space Telescope Supported by PI Precision Motion Technologies
More than a decade of collaboration spanning cryogenic positioning, optical alignment, precision robotics, and flight-qualified piezo actuators.
For over a decade, PI precision stages, hexapods, gantries, and piezo actuators supported development of NASA’s Nancy Grace Roman Space Telescope.
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Reliable Optical Communication in LEO Satellite Constellations
Fast Steering Mirror Solutions for Acquisition, Tracking, and Disturbance Compensation under Dynamic Conditions
Free-space optical communication (FSOC) enables high-data-rate intersatellite links in low Earth orbit (LEO) constellations. Achieving stable optical connections under dynamic orbital conditions requires highly precise beam control.
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Integrated Granite Motion Systems vs Positioning Stages Mounted on a Granite Base
Differences and Similarities of High Precision Multi-Axis Positioning Systems Concepts
When it comes to high precision, granite-based, multi-axis motion systems, manufacturers have two fundamental options: Design a motion system where the granite base becomes an integral part, with bearings mounted directly on the granite slab and no need for a base plate – or, use off-the-shelf, discrete motion / positioning stages and mount them on a granite base or split-bridge granite structure.
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How Air Bearings Provide Better Straightness and Flatness
Setup, Definitions and Measurement of Linear Air Bearings and Stages
When working with air bearings, we often describe the quality of motion as one of the key factors in selecting an air bearing; specifically, the straightness and flatness of travel of linear bearings and stages. Just how straight and flat? What levels of precision are achievable?
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7 Reasons Why Air Bearings Outperform Mechanical Bearings
Precision positioning and automation applications widely rely on high-performance motion stages and motion controllers. When it comes to developing a next generation machine or process, motion system designers often ask the question whether to employ mechanical bearings or air bearings.
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Emerging Resources for Photonic Device Manufacturing
The mainstreaming of photonics - the science and application of light waves - keeps accelerating. Pandemic-driven data-consumption has hastened adoption of silicon photonics (SiPh) to enable new capacity, architectural flexibility, and energy-efficiency for data centers.
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The Quantum Era Emerges
How PI Fast Automated Alignment Enables Practical Manufacturing
The emerging field of quantum technology (quantum computing, quantum photonics, quantum communication) has snapped into view with surprising speed over the past two years. Once the stuff of science fiction and arcane experimentation, this counterintuitive field of physics is proving highly useful for computing, sensing, and secure communications.
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How to Integrate Laser Control and Motion Control to Achieve More with Less
Better Solutions for System Integrators to Design and Build Advanced Laser Processing Systems
Motion and Laser Control integration provides system integrators with advanced laser processing solutions.
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