PI manufactures precision motion systems including a line of compact, high resolution, fast steering mirrors - based on piezo-electric and voice coil motors, with friction free flexure guides. PI steering mirrors have been used in many image stabilization and laser beam steering applications around the world and in space. In addition to the fast steering platforms, PI also provides controllers and high-performance alignment and tracking algorithms, such as used in optics alignment, LIDAR manufacturing, and Silicon Photonics and Quantum Photonics applications.
PI’s in-house engineered solutions have enabled customers around the world to increase their productivity and technological advantage for 5 decades. With world-class precision motion and automation systems including piezo motors, air bearings, hexapod 6-DOF motion platforms, PI is in the position to quickly modify existing designs or provide a fully customized OEM solution to fit the exact requirements of your application from active optics alignment, sensors and transducers, fast focusing stages, and multi-axis automation systems.
PIFOC® piezo-actuated Z-scanners achieve typically 10 times higher focusing speed & precision than motorized drives and thus provide higher-quality images faster.
PI’s expertise in Performance Automation, Nanopositioning, and Piezo Technology are the basis for sustainable growth in photonics. Working together with customers, we push the...
PI at Photonics West: Multiple alignment engines for SiP; compact gantries for photonics automation; a new 5-axis air bearing system for laser processing; 6DOF Hexapods for photonics...
Highly precise fast steering mirrors are essential to keep the optical signal between satellite transmitters and receivers aligned to ensure stable and efficient communication...
In this interview, Jose Pozo, Optica’s CTO, talks to CEO Markus Spanner about his experience taking over his father’s company and leading it through a global pandemic.
The N-480 series kinematic motorized optical mirror mounts have use in applications where large angles, high stability, and lower dynamics are required.
As biotechnology, laser processing, astronomy, and other applications advance, the evolution of nanometer-precise motion control and positioning with high throughput will be crucial...
The E-709 closed-loop piezo controller and integrated driver provides a 20 kHz sampling rate for image processing, scanning, and microscopy applications.
The new R&D and manufacturing center in Changzhou, China has the goal of providing faster delivery and support of its precision motion control and nanopositioning solutions to...
The acquisition will provide granite plates with high flatness and system integration capabilities for PI’s nanopositioning solutions used in the semiconductor, life sciences,...
The F-712.IRP1 and two-channel F-712.IRP2 optical power meters convert optical signals in the 600–1700 nm range with optical power from 230 pW to 1.3 mW.
Because of the down-to-nanometer-range resolution of their piezo elements, active shims cover applications in precision engineering and alignment of optical components.
Hexapods come in high-precision, high-accuracy, and high-load versions and serve to align optics for assembly, simulate or isolate vibration, and many other tasks.
To make silicon photonics devices profitably at scale, automation subsystems require alignment processes that support steps from device characterization at the wafer level to ...
The H-811.i2 compact hexapod has a parallel-kinematic design that provides six degrees of freedom, making it more compact and stiff than serial-kinematic systems.
Fast mechanical systems are available to the optical engineer for improving image resolution and stability, as well as providing multi-axis motion simulation methods for testing...
The M-122 low-profile motorized positioning stage, which has a 60 × 86 mm footprint and a 25 mm travel range, has uses in research and industrial applications.
The E-873.3QTU three-axis controller features integrated power amplifiers and an interpolator, and is macro-programmable for standalone functionality of each channel.
The PIHera Z flexure-guided piezo nanopositioning stage has travel ranges of 50 to 250 µm or 400 µm open-loop. Flexure-guided piezo positioning stages provide vibrationless motion...
Parallel precision positioning specialist PI (Physik Instrumente) has added a new building with more production floors, metrology labs, and R&D office space to its Karlsruhe, ...
Hexapod/SpaceFAB six-axis robotic parallel positioners are designed for advanced applications in bio/nanotechnology, aerospace, medical technology, and lasers/photonics.
Nanopositioning is a key enabler for such super-resolution microscopy techniques as photoactivated localization microscopy, spatially modulated illumination, and stimulated emission...
The PInano series super-resolution microscope stages include 200 µm XY and XYZ models with direct-measuring capacitive sensors or piezoresistive sensors.
Piezo and nanopositioning technology supplier PI (Physik Instrumente) has acquired a majority share of Eschbach, Germany-based micropositioning/motion control specialist miCos...
Nanometer resolution for motion-control devices is becoming increasingly necessary in many areas of photonics. Advances in piezo motion control are eliminating traditional tradeoffs...
Motion-control specialist Physik Instrumente (PI) and piezo-ceramics specialist PI Ceramic are planning to invest approximately $13 million for the third extension of their piezo...
The E-709 nanopositioning controller provides fifth-order polynomial digital linearization for higher accuracy than analog, and has two notch filters, piezo operation, and DAC...
This week I'd like to mention a nice six-axis positioning system that not only appears to be easy to use, but has that special little something that will make engineers smile ...
Manufacturers have made strides in stages and flexure design to enable fast, accurate, nanometer-scale motion control in high-resolution microscopy and other short-travel applications...
Novel piezoelectric technology provides essentially unlimited travel distances, along with high axial force, exceptional speeds, compactness, and stable position-hold without ...