The PSH 20/2 and PSH 35/2 are high-performance, two-axis piezo tip-tilt systems designed for precise optical alignment, laser beam steering, and demanding photonics applications. Offering resonant frequencies up to 2 kHz, tilt ranges up to ±22 mrad, and sub-microradian resolution, these compact systems combine high dynamics with exceptional positioning accuracy.

Developed in collaboration with the European Space Agency (ESA), the space-qualified PSH technology supports optical satellite communication, fine steering mirrors, and beam stabilization. Its robust, temperature-compensated design also makes it suitable for semiconductor manufacturing and advanced optical applications.

The MIPOS 800 is a compact, high-precision piezo objective positioner designed for accurate Z-axis focusing and scanning in microscopy, photonics, and optical imaging applications. Offering a positioning range of up to 800 µm in open-loop operation and 650 µm in closed-loop operation, it enables precise, fast, and repeatable motion with a closed-loop resolution of 12 nm.

Its unique parallelogram design ensures highly parallel movement without affecting the optical axis, while the integrated strain-gauge feedback sensor in the closed-loop version provides excellent positioning repeatability. With a resonant frequency of up to 100 Hz and easy microscope integration, the MIPOS 800 is ideal for high-resolution imaging, automated focusing, and demanding optical scanning applications.

TRITOR 100 – High-Precision 3-Axis Piezo Nanopositioning Stage for PIC Alignment

The TRITOR 100 is a compact, high-performance three-axis piezo nanopositioning stage designed for precision optical alignment, photonic integrated circuit (PIC) testing, and fiber-to-chip coupling. Offering a motion range of up to 100 µm per axis, resolution down to 0.2 nm in open-loop operation, and frictionless flexure guidance, it delivers exceptional positioning accuracy, stability, and dynamic performance.

Optimized for high-speed fiber-to-chip alignment, the TRITOR 100 SG, combined with the NV 40/3 CLE controller, enables rapid optical coupling optimization in automated wafer-level testing. In a demonstrated industrial application, the system achieved spiral scans in approximately 0.8 seconds and complete dual-sided fiber alignment in approximately 5 seconds per test site, supporting efficient, high-throughput PIC testing.

Its integrated strain-gauge sensors enable position-referenced scanning, combining open-loop speed with accurate position feedback. The compact design and flexible controller integration make the TRITOR 100 an ideal solution for silicon photonics, optical packaging, semiconductor testing, and advanced photonics manufacturing.

CuX Multilayer Piezo Actuator Stacks – High Performance, Extended Lifetime & High-Volume Availability

The CuX series from piezosystem jena offers high-performance multilayer piezoelectric actuators designed for precision positioning, optical alignment, semiconductor manufacturing, and demanding industrial applications.

Featuring innovative copper inner electrodes and optimized PZT ceramic technology, CuX stacks deliver up to 20% greater stroke, displacement of up to 55 µm, blocking forces of up to 2,600 N, and operating voltages from -10 to 180 V.

Engineered for exceptional durability, CuX stacks offer improved humidity resistance, high-temperature stability, and extended service life, with endurance testing demonstrating up to 1 billion cycles at 170°C.

Their compact design, fast response, and high force density make them ideal for precision optical adjustment, active stabilization, semiconductor wafer alignment, lithography, and advanced automation.

With high-volume availability, short delivery times for standard configurations, and customized OEM integration support, CuX stacks provide a reliable, cost-effective solution for next-generation precision motion systems.

piezosystem jena offers a comprehensive range of analog and digital piezo controllers for precise, stable, and dynamic positioning applications. Available in single-channel and multi-channel configurations, our controllers provide low-noise performance, flexible interfaces, and advanced feedback control for piezoelectric actuators and nanopositioning systems.

Our featured NV200/D NET (1-channel) and NV200-2/D NET (2-channel) digital controllers deliver 16-bit resolution, output currents of up to 400 mA peak, and flexible connectivity via USB, Ethernet, SPI, and analog interfaces, while we also offer compact NV40/3 (3-channel) analog controllers that provide 40 mA continuous output current per channel, an output voltage range of −20 to +130 V, and analog, USB, and RS232 interfaces.

Both models feature advanced PID and Iterative Learning Control (ILC), automatic actuator recognition, waveform generation, and data recording. Designed for reliable open-loop and closed-loop operation, they support demanding applications in photonics, optical alignment, semiconductor manufacturing, microscopy, and precision automation.

From standard laboratory setups to customized OEM integration, PSJ piezo controllers provide accurate and flexible motion control solutions.