Piezosystem Jena

SPI-based controllers replace the analog signal chain with a digital interface: the host commands piezo channels directly via SPI, eliminating DACs and analog wiring. The modular three-channel design is the shortest path to embedding piezo driving in your machine control architecture.

Multi-channel amplifiers drive several actuators or complete multi-axis stages from one chassis: three-channel 40 mA units map directly to XYZ stages, and with sensor electronics form closed-loop systems — cleaner wiring and integration than multiple single units.

Single-channel amplifiers are the standard answer for driving one actuator or stage: 10/40/200/300 mA output classes match different capacitances and dynamics, in bench-top and OEM formats, most with optional closed-loop control.

The modular amplifier system grows with your channel count: analog ENV/ENT power modules, sensor electronics and the digital d-Drive controller combine freely in one rack — labs and OEMs configure their own control chassis per application.

High-power amplifiers serve large-capacitance, high-frequency driving: kilowatt-class output and kHz power bandwidth — the power source for hpower actuators and shock/vibration systems. Models include the HPA 1000/10 and LE 1000/035.

Piezo precision grippers handle miniature components with continuously adjustable force and opening: gentle, impact-free motion at nanometer resolution — the precision hands of fiber, micro-optics and MEMS assembly.

MICI piezo micrometer drives combine manual coarse and piezo fine motion: millimeters by screw, nanometers by piezo. They directly replace standard micrometer heads, instantly upgrading existing manual stages to nanometer fine adjustment — no new platform needed.

Piezo fiber positioning and switching systems control fiber end faces with nanometer motion: precise alignment, fast switching, position hold at power-off. FSM fiber switches offer 1x2 to 1x9 configurations for optical testing and laser source distribution.

Piezo shutters and adjustable slits: millisecond switching, continuously tunable slit width, partial opening — without the coil heating and mechanical wear of electromagnetic shutters. The PZS series is the long-life solution for precise light-flux control.

Piezo tip-tilt platforms achieve two-axis angular deflection via differential drive: µrad resolution, millisecond response, wear- and backlash-free. The PSH series and PKS 1 anti-vibration system cover beam alignment, scanning and stabilization.

MIPOS objective positioners mount between objective and turret and move only the objective itself for Z-scanning and autofocus: low inertia, millisecond response, nanometer resolution. With 100–800 µm travels and threads for all major microscope brands — the standard for confocal, super-resolution and digital pathology.

Five-axis piezo stages combine XYZ translation with two tilt axes in one module: position and orientation in a single element, without the cumulative error and bulk of stacked platforms. The PENTOR series excels at complex alignment of fibers, waveguides and optics.

Three-axis piezo stages integrate XYZ motion in one monolithic flexure structure, avoiding stacking errors and cumulative deformation — the standard for scanning microscopy and nano-manipulation. The TRITOR family spans cubic-centimeter micro versions to full 400 µm travel.

Two-axis piezo stages integrate both flexure-guided axes in one low-distortion frame, eliminating stacking errors for true nanometer in-plane positioning. The central aperture suits transmitted-light paths; the PXY series and 12 V D12 versions offer multiple travels and apertures.

Single-axis piezo stages replace conventional guides with frictionless flexures: no wear, no backlash, sub-nanometer closed-loop resolution. The PX / PU / PZ series covers X and Z directions with travels from 38 µm to 1.5 mm, including vacuum-compatible versions.

High-dynamics piezo stages are built for speed: stiff flexure guiding and lightweight moving mass deliver kHz-class resonance, so scanning and focus tracking are no longer limited by mechanics. The nanoX / nanoSX / nanoSXY series covers single- and two-axis needs from short travels up to the 800 µm class.

Piezo stack actuators are the building blocks of precision positioning: nanometer resolution, millisecond response and forces up to several kN — wear-free and backlash-free. The range covers standard, sealed, high-dynamics hpower and special-structure versions, with optional sensors for closed-loop operation.