0 .. 100°C
compact linear bearing based nanopositioner for vertical motion
The ECSz3030 is dedicated for vertical movement with a drive force of up to 8N with a compact footprint. It provides high-resolution z-positioning, and its high guiding accuracy is achieved with crossed roller bearings.
The positioner is designed for ambient conditions (/RT).
Our aluminum models combine a powerful piezoelectric motor with a lightweight body for easy integration in setups in atmospheric conditions.
|Size and Dimensions|
|footprint; height||30 mm x 31 mm; 31.5 mm|
|maximum installation space||30 mm x 36.1 mm; 36.5 mm|
|weight (aluminium version)||90 g|
|connecting wires||copper, jacket: RT: Teflon/PTFE|
|Coarse Positioning Mode|
|travel range (step mode)||5 mm|
|maximum drive velocity @ 300 K||2 mm/s|
|Fine Positioning Mode|
|fine linear positioning range @ 300 K||0.8 µm|
|fine positioning resolution||sub-nm|
|input DC voltage range @ 300 K||0 - 60 V|
|readout mechanism||optoelectronic sensor|
|encoded travel range||entire travel|
|sensor resolution||1 nm|
|repeatability||50 nm (bidirectional)|
|Load (@ ambient conditions)|
|maximum load||800 g|
|maximum dynamic force along the axis||8 N|