Flexure Stages

Elliot Gold™ Series XYZ Flexure Stage with Standard Manual Adjusters   MDE120   200 nm resolution 2 mm travel per axis 4.5 kg load capacity Minimal arcuate displacement Orthogonal alignment grooves Ultra-stable patented† design XYZ flexure stag..

Elliot Gold™ Series XYZ Flexure Stage with 25 µm Piezo Actuators   MDE123   10 nm resolution 25 µm Piezo adjustment travel 2 mm coarse travel per axis 4.5 kg load capacity Minimal arcuate displacement Orthogonal alignment grooves Ultra-stable pate..

Elliot Gold™ Series XYZ Flexure Stage with 100 µm Piezo Actuators   MDE125   50 nm resolution 100 µm Piezo adjustment travel 2 mm coarse travel per axis 4.5 kg load capacity Minimal arcuate displacement Orthogonal alignment grooves Ultra-stable patented† de..

Elliot Gold™ Series XYZ Flexure Stage without Adjusters   The Original Flexure  "building" block- add adjusters, fibre holder, rotator, objective mount for the complete flexure system to suit your application.MDE330   2 mm coarse travel per axis 4.5 kg load ..

Elliot Gold™ series Polarisation Maintaining Fibre Launch System with Standard Adjusters   MDE521   Approximately 0.1 degrees rotational resolution Suitable for PM fibre (125 µm) Orthogonal alignment grooves 200 nm resolution 2 mm travel per axis 4.5 kg ..

Elliot Gold™ series Polarisation Maintaining Fibre Launch System with High Precision Adjusters   MDE522   Approximately 0.1 degrees rotational resolution Suitable for PM fibre (125 µm) Orthogonal alignment grooves 20 nm linear resolution with patented†† high..

3-Channel Piezo Controller with Standard Piezo XYZ Flexure Stage   MDE623   Complete system comprising the E1100 3-channel controller together with the MDE123 Elliot Gold™ Series XYZ flexure stage fitted with piezo actuators providing 25 µm of piezo tr..

3-Channel Piezo Controller with Long Travel Piezo XYZ Flexure Stage   MDE625   Complete system comprising the E1100 3-channel controller together with the MDE125 Elliot Gold™ Series XYZ flexure stage fitted with piezo actuators providing 100 µm of piezo travel with 50 nm ..