Author: Stefan Vorndran

Advances in Aircraft Construction

Hexapod Enables Highly Dynamic 6-D Compensation Kinematic for Robots

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

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.

Learn more

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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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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PI Rest-Programable Piezo Shim

What's the difference between a Piezo Actuator and Programable Piezo Shim?

New Tools for Design Engineers of Optics and Precision Mechanical Systems Piezo stack actuators have been used in applications such as photonics alignment, positioning, force generation, and fast valve actuation for several decades. They provide high dynamics, but can also be used for quasi-static applications due to their high-stiffness and stability.

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Precision Robotics and Automation

Hexapods Advance Production Processes

Hexapods, six-legged parallel-kinematic machines, are quickly gaining ground in a broad range of industrial automation applications after “learning” how to directly communicate with PLC or CNC controllers via fieldbus interfaces.

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