Nano-positioning stages

Stroke : 10 µm - 40 µm

Stroke : 25 mm - 100 mm
Speed: 0 m/s - 0.5 m/s

Parallel kinematics In a parallel-kinematic multi-axis system, all actuators act directly on a single motion platform. This means that all axes can be designed with identical dynamic properties, which reduces the moved mass considerably. ...

Resonant frequency to 3.25 kHz Travel ranges to 80 µm Small footprint and low- profile height Clear aperture with 30 mm diameter

1 nm lateral guiding accuracy Frictionless, high- precision flexure guiding system Load capacity to 10 kg Resolution <1 nm Direct metrology with capacitive sensors for highest precision Direct drive for Fast response Travel range ...

Cost- effective mechanics / electronics system configurations Frictionless, high- precision flexure guiding system Outstanding lifetime due to PICMA® piezo actuators X, XY, XZ and XYZ versions

Stroke : 100 µm - 110 µm

The NPX Series consists of space saving and long travel linear stages which are piezo-based that offers nanometer resolution motion from 1 up to 3 axis. It is perfect for nanopositioning of small components including the mirrors, fibers, ...

Characteristics Orientation: Linear (Z axis) Application: Microscopy + close inspection Technology: Piezo motors Travel distance: 200 µm Description: Combining precision and speed, the NanoScanZ 200 from Prior Scientific offers ...

Payload: 1100 lb

The IKO Nano Linear NT...V compact linear motor table possesses and impressive functional beauty through the arrangement of magnets and scale for the optical linear encoder to the movable steel table, and the stator coil and head for ...

Payload: 0 kg - 5 kg

Parallel-Kinematics for Precise Applications Based on our linear positioners, we have developed parallel-kinematic systems for manipulating objects in all six degrees of freedom (three linear axes and three rotary axes), called „SmarPod“. ...

Stroke : 120, 45, 70, 170, 270 mm
Speed: 0.01 m/s